@ 681ec9c0:fe78b4e7

A refugee from Twitter said they lost 10,000 followers

My first thought was, did they die?

If they didn't follow you here then they weren't your followers

But on that platform did you manage to talk with anyone

Did you get an impression of them as a living feeling human being

Did you connect with them

And if you did will they find you here or will they be a fleeting moment

Life is like that sometimes

Pay no heed to the slot machine numbers

Cherish the fleeting moments

@ 681ec9c0:fe78b4e7

I was puzzled when Mike Masnick claimed that Bluesky is everything Jack wished for in a decentralized social network, being as it is highly centralized

I think the discrepancy comes down to different views of the role of decentralization encapsulated in this term, enshittification

"Even if most of the users of a decentralized system don’t know or care about the fact that it’s decentralized, the fact that the underlying protocol is that way and is set up such that others can build and provide services (algorithms, moderation services, interfaces, etc.) means that Bluesky itself has strong, built-in incentives to not enshittify the service.

In some ways, Bluesky is building in the natural antidote to the activist investors that so vexed Jack at Twitter. Bluesky can simply point out that going down the enshittification path of greater and greater user extraction/worsening service just opens up someone else to step in and provide a better competing service on the same protocol. Having it be on the same protocol removes the switching costs that centralized enshittified services rely on to keep users from leaving, allowing them to enshittify. The underlying protocol that Bluesky is built on is a kind of commitment device. The company (and, in large part, its CEO Jay) is going to face tremendous pressures to make Bluesky worse.

But by committing to an open protocol they’re building, it creates a world that makes it much harder to force the company down that path. That doesn’t mean there won’t still be difficult to impossible choices to make. Because there will be. But the protocol is still there."

https://www.techdirt.com/2024/05/13/bluesky-is-building-the-decentralized-social-media-jack-dorsey-wants-even-if-he-doesnt-realize-it/

And echoed by Bluesky CEO Jay Graber

"There will always be free options, and we can't enshittify the network with ads. This is where federation comes in. The fact that anyone can self-host and anyone can build on the software means that we'll never be able to degrade the user experience in a way where people want to leave."

https://web.archive.org/web/20240209161307/https://www.wired.com/story/bluesky-ceo-jay-graber-wont-enshittify-ads/

It all comes down to this

"the protocol is still there"

In this view of decentralization, being there is sufficient

Decentralization is this thing that can happen if needed

It's a safety valve operated by market forces

And where I think Jack and most of nostr would disagree is that market forces do not cater to the rights of individuals

Because one person being deplatformed is not a market demand

Especially for ATProto where decentralization is relatively expensive

To service deplatformed users would require building four servers, each one capable of ingesting the entire network: a Relay, a Labeller, an AppView and a Feed Generator

Decentralization by default is necessary for censorship resistance

Jack talked about censorship in the interview that formed the basis for Mike's article

"I know it's early, and Nostr is weird and hard to use, but if you truly believe in censorship resistance and free speech, you have to use the technologies that actually enable that, and defend your rights."

https://www.piratewires.com/p/interview-with-jack-dorsey-mike-solana

Mike's concerns over enshittification are highly valid

I would like to see Mike address Jack's concern for censorship resistance

I think that would help understanding

@ 681ec9c0:fe78b4e7

"I work for a Government I despise for ends I think criminal"

John Maynard Keynes

Politicians are assholes

That hasn't changed in 5,000 years

It's objectively true that Julian Assange was persecuted by multiple democratic governments

https://thedissenter.org/inside-the-assange-plea-deal-why-the-us-government-abruptly-ended-the-case/

The difference between democracy and not democracy is tens of thousands of Julian Assanges (Iran) and hundreds of thousands of Julian Assanges (Syria, North Korea)

The difference is a full stop

nostr:nevent1qqs857j7ge4daqk4frsy5md3l0e7qnxlx3fu2zld2gxacs999fp5tkspz9mhxue69uhkummnw3ezuamfdejj7q3qcpazafytvafazxkjn43zjfwtfzatfz508r54f6z6a3rf2ws8223qxpqqqqqqzxsdxpy

Someone challenged a human rights activist and former Venezuelan political prisoner to support freedom over shilling for democracy

Placing democracy and freedom in opposition can make perfect sense to someone who is living in a liberal democracy

It does not make any sense for someone who is living in Iran, Venezuela or North Korea

At this moment in time there are several hundred thousand people being forced to work in online scam centres generating tens of $ billions of revenue for organized crime

To gain freedom they must risk their lives to escape or their families pay a ransom

They are tortured if they don't meet targets

These centres are mainly located in Cambodia and Myanmar

They are in Cambodia because Cambodia is a one-party state

The Cambodian police, judiciary and government have been bought

And they are in Myanmar where regional military fiefdoms are financed by organized crime

https://bangkok.ohchr.org/wp-content/uploads/2023/08/ONLINE-SCAM-OPERATIONS-2582023.pdf

https://www.nytimes.com/interactive/2023/12/17/world/asia/myanmar-cyber-scam.html

Spreading liberal democracy reduces human trafficking

Spreading liberal democracy increases freedom of speech

In as far as human rights activists work with objective facts and the most oppressed peoples in the world, they will work to spread democracy

Expecting anything else is unrealistic

Presenting it as a choice will only go one way

But it needn't be a choice as we're all on the same side

It's in the interest of governments to split people into sides and get them to fight on Twitter

The self-sovereign tech movement is interesting as it cuts across all political contexts

It helps people in the most oppressed parts of the world as well as the freest

It's an escape hatch and a home for some of the nicest people on the planet

It has the shape of the future

But it didn't free Julian Assange

And it doesn't solve the problem of the thousands of Julian Assanges in Iran

It didn't transition Taiwan from the white terror to an open society

nostr:nevent1qqsqfc8qgsqd7gxcmw5zw3udg56utkcj0qnp9jxemj6eht9p4e2z8vgpz4mhxue69uhhyetvv9ujumn0wd68ytnzvuhsygqn3qlypmqmr9q2v406wa4dt5ehv44xsanedpvc8zq53wthu4j4pupsgqqqqqqsffxa78

Although it may help in all those things

Human progress toward freedom is slow and faltering

It is also inexorable

That is our history

The tide will wash away the "Supreme Leaders" and the slavers and their mad dreams

And ultimately all governments

"Many forms of Government have been tried, and will be tried in this world of sin and woe. No one pretends that democracy is perfect or all-wise. Indeed it has been said that democracy is the worst form of Government except for all those other forms that have been tried from time to time..."

Winston Churchill

@ c230edd3:8ad4a712

Chef's notes

Wildly enough, this is delicious. It's sweet and savory.

(I copied this recipe off of a commercial cheese maker's site, just FYI)

I hadn't fully froze the ice cream when I took the picture shown. This is fresh out of the churner.

Details

• ⏲️ Prep time: 15 min
• 🍳 Cook time: 30 min
• 🍽️ Servings: 4

Ingredients

• 12 oz blue cheese
• 3 Tbsp lemon juice
• 1 c sugar
• 1 tsp salt
• 1 qt heavy cream
• 3/4 c chopped dark chocolate

Directions

1. Put the blue cheese, lemon juice, sugar, and salt into a bowl
2. Bring heavy cream to a boil, stirring occasionally
3. Pour heavy cream over the blue cheese mix and stir until melted
4. Pour into prepared ice cream maker, follow unit instructions
5. Add dark chocolate halfway through the churning cycle
6. Freeze until firm. Enjoy.

@ c230edd3:8ad4a712

Chef's notes

I found this recipe a couple years ago and have been addicted to it since. Its incredibly easy, and cheap to prep. Freeze the sausage in flat, single serving portions. That way it can be cooked from frozen for a fast, flavorful, and healthy lunch or dinner. I took inspiration from the video that contained this recipe, and almost always pan fry the frozen sausage with some baby broccoli. The steam cooks the broccoli and the fats from the sausage help it to sear, while infusing the vibrant flavors. Serve with some rice, if desired. I often use serrano peppers, due to limited produce availability. They work well for a little heat and nice flavor that is not overpowering.

Details

• ⏲️ Prep time: 25 min
• 🍳 Cook time: 15 min (only needed if cooking at time of prep)
• 🍽️ Servings: 10

Ingredients

• 4 lbs ground pork
• 12-15 cloves garlic, minced
• 6 Thai or Serrano peppers, rough chopped
• 1/4 c. lime juice
• 4 Tbsp fish sauce
• 1 Tbsp brown sugar
• 1/2 c. chopped cilantro

Directions

1. Mix all ingredients in a large bowl.
2. Portion and freeze, as desired.
3. Sautè frozen portions in hot frying pan, with broccoli or other fresh veggies.
4. Serve with rice or alone.

@ e3ba5e1a:5e433365

Prelude

I wrote this post differently than any of my others. It started with a discussion with AI on an OPSec-inspired review of separation of powers, and evolved into quite an exciting debate! I asked Grok to write up a summary in my overall writing style, which it got pretty well. I've decided to post it exactly as-is. Ultimately, I think there are two solid ideas driving my stance here:

1. Perfect is the enemy of the good
2. Failure is the crucible of success

Beyond that, just some hard-core belief in freedom, separation of powers, and operating from self-interest.

Intro

Alright, buckle up. I’ve been chewing on this idea for a while, and it’s time to spit it out. Let’s look at the U.S. government like I’d look at a codebase under a cybersecurity audit—OPSEC style, no fluff. Forget the endless debates about what politicians should do. That’s noise. I want to talk about what they can do, the raw powers baked into the system, and why we should stop pretending those powers are sacred. If there’s a hole, either patch it or exploit it. No half-measures. And yeah, I’m okay if the whole thing crashes a bit—failure’s a feature, not a bug.

The Filibuster: A Security Rule with No Teeth

You ever see a firewall rule that’s more theater than protection? That’s the Senate filibuster. Everyone acts like it’s this untouchable guardian of democracy, but here’s the deal: a simple majority can torch it any day. It’s not a law; it’s a Senate preference, like choosing tabs over spaces. When people call killing it the “nuclear option,” I roll my eyes. Nuclear? It’s a button labeled “press me.” If a party wants it gone, they’ll do it. So why the dance?

I say stop playing games. Get rid of the filibuster. If you’re one of those folks who thinks it’s the only thing saving us from tyranny, fine—push for a constitutional amendment to lock it in. That’s a real patch, not a Post-it note. Until then, it’s just a vulnerability begging to be exploited. Every time a party threatens to nuke it, they’re admitting it’s not essential. So let’s stop pretending and move on.

Supreme Court Packing: Because Nine’s Just a Number

Here’s another fun one: the Supreme Court. Nine justices, right? Sounds official. Except it’s not. The Constitution doesn’t say nine—it’s silent on the number. Congress could pass a law tomorrow to make it 15, 20, or 42 (hitchhiker’s reference, anyone?). Packing the court is always on the table, and both sides know it. It’s like a root exploit just sitting there, waiting for someone to log in.

So why not call the bluff? If you’re in power—say, Trump’s back in the game—say, “I’m packing the court unless we amend the Constitution to fix it at nine.” Force the issue. No more shadowboxing. And honestly? The court’s got way too much power anyway. It’s not supposed to be a super-legislature, but here we are, with justices’ ideologies driving the bus. That’s a bug, not a feature. If the court weren’t such a kingmaker, packing it wouldn’t even matter. Maybe we should be talking about clipping its wings instead of just its size.

The Executive Should Go Full Klingon

Let’s talk presidents. I’m not saying they should wear Klingon armor and start shouting “Qapla’!”—though, let’s be real, that’d be awesome. I’m saying the executive should use every scrap of power the Constitution hands them. Enforce the laws you agree with, sideline the ones you don’t. If Congress doesn’t like it, they’ve got tools: pass new laws, override vetoes, or—here’s the big one—cut the budget. That’s not chaos; that’s the system working as designed.

Right now, the real problem isn’t the president overreaching; it’s the bureaucracy. It’s like a daemon running in the background, eating CPU and ignoring the user. The president’s supposed to be the one steering, but the administrative state’s got its own agenda. Let the executive flex, push the limits, and force Congress to check it. Norms? Pfft. The Constitution’s the spec sheet—stick to it.

Let the System Crash

Here’s where I get a little spicy: I’m totally fine if the government grinds to a halt. Deadlock isn’t a disaster; it’s a feature. If the branches can’t agree, let the president veto, let Congress starve the budget, let enforcement stall. Don’t tell me about “essential services.” Nothing’s so critical it can’t take a breather. Shutdowns force everyone to the table—debate, compromise, or expose who’s dropping the ball. If the public loses trust? Good. They’ll vote out the clowns or live with the circus they elected.

Think of it like a server crash. Sometimes you need a hard reboot to clear the cruft. If voters keep picking the same bad admins, well, the country gets what it deserves. Failure’s the best teacher—way better than limping along on autopilot.

States Are the Real MVPs

If the feds fumble, states step up. Right now, states act like junior devs waiting for the lead engineer to sign off. Why? Federal money. It’s a leash, and it’s tight. Cut that cash, and states will remember they’re autonomous. Some will shine, others will tank—looking at you, California. And I’m okay with that. Let people flee to better-run states. No bailouts, no excuses. States are like competing startups: the good ones thrive, the bad ones pivot or die.

Could it get uneven? Sure. Some states might turn into sci-fi utopias while others look like a post-apocalyptic vidya game. That’s the point—competition sorts it out. Citizens can move, markets adjust, and failure’s a signal to fix your act.

Chaos Isn’t the Enemy

Yeah, this sounds messy. States ignoring federal law, external threats poking at our seams, maybe even a constitutional crisis. I’m not scared. The Supreme Court’s there to referee interstate fights, and Congress sets the rules for state-to-state play. But if it all falls apart? Still cool. States can sort it without a babysitter—it’ll be ugly, but freedom’s worth it. External enemies? They’ll either unify us or break us. If we can’t rally, we don’t deserve the win.

Centralizing power to avoid this is like rewriting your app in a single thread to prevent race conditions—sure, it’s simpler, but you’re begging for a deadlock. Decentralized chaos lets states experiment, lets people escape, lets markets breathe. States competing to cut regulations to attract businesses? That’s a race to the bottom for red tape, but a race to the top for innovation—workers might gripe, but they’ll push back, and the tension’s healthy. Bring it—let the cage match play out. The Constitution’s checks are enough if we stop coddling the system.

Why This Matters

I’m not pitching a utopia. I’m pitching a stress test. The U.S. isn’t a fragile porcelain doll; it’s a rugged piece of hardware built to take some hits. Let it fail a little—filibuster, court, feds, whatever. Patch the holes with amendments if you want, or lean into the grind. Either way, stop fearing the crash. It’s how we debug the republic.

So, what’s your take? Ready to let the system rumble, or got a better way to secure the code? Hit me up—I’m all ears.

@ 00000001:b0c77eb9

مواقع التواصل الإجتماعي العامة هي التي تتحكم بك، تتحكم بك بفرض أجندتها وتجبرك على اتباعها وتحظر وتحذف كل ما يخالفها، وحرية التعبير تنحصر في أجندتها تلك!

وخوارزمياتها الخبيثة التي لا حاجة لها، تعرض لك مايريدون منك أن تراه وتحجب ما لا يريدونك أن تراه.

في نوستر انت المتحكم، انت الذي تحدد من تتابع و انت الذي تحدد المرحلات التي تنشر منشوراتك بها.

نوستر لامركزي، بمعنى عدم وجود سلطة تتحكم ببياناتك، بياناتك موجودة في المرحلات، ولا احد يستطيع حذفها او تعديلها او حظر ظهورها.

و هذا لا ينطبق فقط على مواقع التواصل الإجتماعي العامة، بل ينطبق أيضاً على الـfediverse، في الـfediverse انت لست حر، انت تتبع الخادم الذي تستخدمه ويستطيع هذا الخادم حظر ما لا يريد ظهوره لك، لأنك لا تتواصل مع بقية الخوادم بنفسك، بل خادمك من يقوم بذلك بالنيابة عنك.

وحتى إذا كنت تمتلك خادم في شبكة الـfediverse، إذا خالفت اجندة بقية الخوادم ونظرتهم عن حرية الرأي و التعبير سوف يندرج خادمك في القائمة السوداء fediblock ولن يتمكن خادمك من التواصل مع بقية خوادم الشبكة، ستكون محصوراً بالخوادم الأخرى المحظورة كخادمك، بالتالي انت في الشبكة الأخرى من الـfediverse!

نعم، يوجد شبكتان في الكون الفدرالي fediverse شبكة الصالحين التابعين للأجندة الغربية وشبكة الطالحين الذين لا يتبعون لها، إذا تم إدراج خادمك في قائمة fediblock سوف تذهب للشبكة الأخرى!

@ 88cc134b:5ae99079

Imagine reading test articles from a test account. Who does that? What kind of deranged, lonely human being would go through the effort of reading some nonsense that was vibe written to pass time in response to the endless boredom presented by product testing.

@ 88cc134b:5ae99079

Always write an intro. It's just rude not to.

And Now a Title

## A Few Lists

Here we go, first one then the other one:

1. Very orderly
2. We go and go

And the other one:

• Pa idemo bratori
• Ako čitaš ovo, pa de si bre?!

@ 9063ef6b:fd1e9a09

This is my second article. I find the idea of using a user friendly 2FA-style code on a secondary device really fascinating.

I have to admit, I don’t fully grasp all the technical details behind it—but nonetheless, I wanted to share the idea as it came to mind. Maybe it is technical nonsense...

So here it is—feel free to tear the idea apart and challenge it! :)

Idea

This Article describes method for passphrase validation and wallet access control in Bitcoin software wallets using a block-based Time-based One-Time Password (TOTP) mechanism. Unlike traditional TOTP systems, this approach leverages blockchain data—specifically, Bitcoin block height and block hash—combined with a securely stored secret to derive a dynamic 6-digit validation code. The system enables user-friendly, secure access to a wallet without directly exposing or requiring the user to memorize a fixed passphrase.

1. Introduction

Secure access to Bitcoin wallets often involves a mnemonic seed and an optional passphrase. However, passphrases can be difficult for users to manage securely. This paper introduces a system where a passphrase is encrypted locally and can only be decrypted upon validation of a 6-digit code generated from blockchain metadata. A mobile app, acting as a secure TOTP generator, supplies the user with this code.

2. System Components

2.1 Fixed Passphrase

A strong, high-entropy passphrase is generated once during wallet creation. It is never exposed to the user but is instead encrypted and stored locally on the desktop system (eg. bitbox02 - sparrow wallet).

2.2 Mobile App

The mobile app securely stores the shared secret (passphrase) and generates a 6-digit code using: - The current Bitcoin block height - The corresponding block hash - A fixed internal secret (stored in Secure Enclave or Android Keystore)

Offline App - current block_hash and block_height scanned with qr code.6-digit code generation after scanning the information.

2.3 Decryption and Validation

On the desktop (e.g. in Sparrow Wallet or wrapper script), the user inputs the 6-digit code. The software fetches current block data (block_height, block_hash), recreates the decryption key using the same HMAC derivation as the mobile app, and decrypts the locally stored passphrase. If successful, the wallet is unlocked.

3. Workflow

1. Wallet is created with a strong passphrase.
2. Passphrase is encrypted using a key derived from the initial block hash + block height + secret.
3. User installs mobile app and shares the fixed secret securely.
4. On wallet access:
5. User retrieves current code from the app.
6. Enters it into Sparrow or a CLI prompt.
7. Wallet software reconstructs the key, decrypts the passphrase.
8. If valid, the wallet is opened.

4. Security Properties

• Two-Factor Protection: Combines device possession and blockchain-derived time-based data.
• Replay Resistance: Codes change with every block (~10 min cycle).
• Minimal Attack Surface: Passphrase never typed or copied.
• Hardware-Backed Secrets: Mobile app secret stored in non-exportable secure hardware.

5. Future Work

• Direct integration into Bitcoin wallet GUIs (e.g. Sparrow plugin)
• QR-based sync between mobile and desktop
• Support for multiple wallets or contexts

6. Conclusion

This approach provides a balance between security and usability for Bitcoin wallet users by abstracting away fixed passphrases and leveraging the immutability and regularity of the Bitcoin blockchain. It is a highly adaptable concept for enterprise or personal use cases seeking to improve wallet access security without introducing user friction.

@ 9063ef6b:fd1e9a09

Bitcoin is more than just a digital currency. It’s a technological revolution built on a unique set of properties that distinguish it from all other financial systems—past and present. From its decentralized architecture to its digitally verifiable scarcity, Bitcoin represents a fundamental shift in how we store and transfer value.

A Truly Decentralized Network

As of April 2025, the Bitcoin network comprises approximately 62,558 reachable nodes globally. The United States leads with 13,791 nodes (29%), followed by Germany with 6,418 nodes (13.5%), and Canada with 2,580 nodes (5.43%). bitnodes

This distributed structure is central to Bitcoin’s strength. No single entity can control the network, making it robust against censorship, regulation, or centralized failure.

---

Open Participation at Low Cost

Bitcoin's design allows almost anyone to participate meaningfully in the network. Thanks to its small block size and streamlined protocol, running a full node is technically and financially accessible. Even a Raspberry Pi or a basic PC is sufficient to synchronize and validate the blockchain.

However, any significant increase in block size could jeopardize this accessibility. More storage and bandwidth requirements would shift participation toward centralized data centers and cloud infrastructure—threatening Bitcoin’s decentralized ethos. This is why the community continues to fiercely debate such protocol changes.

---

Decentralized Governance

Bitcoin has no CEO, board, or headquarters. Its governance model is decentralized, relying on consensus among various stakeholders, including miners, developers, node operators, and increasingly, institutional participants.

Miners signal support for changes by choosing which version of the Bitcoin software to run when mining new blocks. However, full node operators ultimately enforce the network’s rules by validating blocks and transactions. If miners adopt a change that is not accepted by the majority of full nodes, that change will be rejected and the blocks considered invalid—effectively vetoing the proposal.

This "dual-power structure" ensures that changes to the network only happen through widespread consensus—a system that has proven resilient to internal disagreements and external pressures.

---

Resilient by Design

Bitcoin's decentralized nature gives it a level of geopolitical and technical resilience unmatched by any traditional financial system. A notable case is the 2021 mining ban in China. While initially disruptive, the network quickly recovered as miners relocated, ultimately improving decentralization.

This event underlined Bitcoin's ability to withstand regulatory attacks and misinformation (FUD—Fear, Uncertainty, Doubt), cementing its credibility as a global, censorship-resistant network.

---

Self-Sovereign Communication

Bitcoin enables peer-to-peer transactions across borders without intermediaries. There’s no bank, payment processor, or centralized authority required. This feature is not only technically efficient but also politically profound—it empowers individuals globally to transact freely and securely.

---

Absolute Scarcity

Bitcoin is the first asset in history with a mathematically verifiable, fixed supply: 21 million coins. This cap is hard-coded into its protocol and enforced by every full node. At the atomic level, Bitcoin is measured in satoshis (sats), with a total cap of approximately 2.1 quadrillion sats.

This transparency contrasts with assets like gold, whose total supply is estimated and potentially (through third parties on paper) expandable. Moreover, unlike fiat currencies, which can be inflated through central bank policy, Bitcoin is immune to such manipulation. This makes it a powerful hedge against monetary debasement.

---

Anchored in Energy and Time

Bitcoin's security relies on proof-of-work, a consensus algorithm that requires real-world energy and computation. This “work” ensures that network participants must invest time and electricity to mine new blocks.

This process incentivizes continual improvement in hardware and energy sourcing—helping decentralize mining geographically and economically. In contrast, alternative systems like proof-of-stake tend to favor wealth concentration by design, as influence is determined by how many tokens a participant holds.

---

Censorship-Resistant

The Bitcoin network itself is inherently censorship-resistant. As a decentralized system, Bitcoin transactions consist of mere text and numerical data, making it impossible to censor the underlying protocol.

However, centralized exchanges and trading platforms can be subject to censorship through regional regulations or government pressure, potentially limiting access to Bitcoin.

Decentralized exchanges and peer-to-peer marketplaces offer alternative solutions, enabling users to buy and sell Bitcoins without relying on intermediaries that can be censored or shut down.

---

High Security

The Bitcoin blockchain is secured through a decentralized network of thousands of nodes worldwide, which constantly verify its integrity, making it highly resistant to hacking. To add a new block of bundled transactions, miners compete to solve complex mathematical problems generated by Bitcoin's cryptography. Once a miner solves the problem, the proposed block is broadcast to the network, where each node verifies its validity. Consensus is achieved when a majority of nodes agree on the block's validity, at which point the Bitcoin blockchain is updated accordingly, ensuring the network's decentralized and trustless nature.

Manipulation of the Bitcoin network is virtually impossible due to its decentralized and robust architecture. The blockchain's chronological and immutable design prevents the deletion or alteration of previously validated blocks, ensuring the integrity of the network.

To successfully attack the Bitcoin network, an individual or organization would need to control a majority of the network's computing power, also known as a 51% attack. However, the sheer size of the Bitcoin network and the competitive nature of the proof-of-work consensus mechanism make it extremely difficult to acquire and sustain the necessary computational power. Even if an attacker were to achieve this, they could potentially execute double spends and censor transactions. Nevertheless, the transparent nature of the blockchain would quickly reveal the attack, allowing the Bitcoin network to respond and neutralize it. By invalidating the first block of the malicious chain, all subsequent blocks would also become invalid, rendering the attack futile and resulting in significant financial losses for the attacker.

One potential source of uncertainty arises from changes to the Bitcoin code made by developers. While developers can modify the software, they cannot unilaterally enforce changes to the Bitcoin protocol, as all users have the freedom to choose which version they consider valid. Attempts to alter Bitcoin's fundamental principles have historically resulted in hard forks, which have ultimately had negligible impact (e.g., BSV, BCH). The Bitcoin community has consistently rejected new ideas that compromise decentralization in favor of scalability, refusing to adopt the resulting blockchains as the legitimate version. This decentralized governance model ensures that changes to the protocol are subject to broad consensus, protecting the integrity and trustworthiness of the Bitcoin network.

Another source of uncertainty in the future could be quantum computers. The topic is slowly gaining momentum in the community and is being discussed.

My attempt to write an article with Yakihonne. Simple editor with the most necessary formatting. Technically it worked quite well so far.

Some properties are listed in the article. Which properties are missing?

@ 91bea5cd:1df4451c

Básico

bash lsblk # Lista todos os diretorios montados.

Para criar o sistema de arquivos:

bash mkfs.btrfs -L "ThePool" -f /dev/sdx

Criando um subvolume:

bash btrfs subvolume create SubVol

Montando Sistema de Arquivos:

bash mount -o compress=zlib,subvol=SubVol,autodefrag /dev/sdx /mnt

Lista os discos formatados no diretório:

bash btrfs filesystem show /mnt

Adiciona novo disco ao subvolume:

bash btrfs device add -f /dev/sdy /mnt

Lista novamente os discos do subvolume:

bash btrfs filesystem show /mnt

Exibe uso dos discos do subvolume:

bash btrfs filesystem df /mnt

Balancea os dados entre os discos sobre raid1:

bash btrfs filesystem balance start -dconvert=raid1 -mconvert=raid1 /mnt

Scrub é uma passagem por todos os dados e metadados do sistema de arquivos e verifica as somas de verificação. Se uma cópia válida estiver disponível (perfis de grupo de blocos replicados), a danificada será reparada. Todas as cópias dos perfis replicados são validadas.

iniciar o processo de depuração :

bash btrfs scrub start /mnt

ver o status do processo de depuração Btrfs em execução:

bash btrfs scrub status /mnt

ver o status do scrub Btrfs para cada um dos dispositivos

bash btrfs scrub status -d / data btrfs scrub cancel / data

Para retomar o processo de depuração do Btrfs que você cancelou ou pausou:

btrfs scrub resume / data

Listando os subvolumes:

bash btrfs subvolume list /Reports

Criando um instantâneo dos subvolumes:

Aqui, estamos criando um instantâneo de leitura e gravação chamado snap de marketing do subvolume de marketing.

bash btrfs subvolume snapshot /Reports/marketing /Reports/marketing-snap

Além disso, você pode criar um instantâneo somente leitura usando o sinalizador -r conforme mostrado. O marketing-rosnap é um instantâneo somente leitura do subvolume de marketing

bash btrfs subvolume snapshot -r /Reports/marketing /Reports/marketing-rosnap

Forçar a sincronização do sistema de arquivos usando o utilitário 'sync'

Para forçar a sincronização do sistema de arquivos, invoque a opção de sincronização conforme mostrado. Observe que o sistema de arquivos já deve estar montado para que o processo de sincronização continue com sucesso.

bash btrfs filsystem sync /Reports

Para excluir o dispositivo do sistema de arquivos, use o comando device delete conforme mostrado.

bash btrfs device delete /dev/sdc /Reports

Para sondar o status de um scrub, use o comando scrub status com a opção -dR .

bash btrfs scrub status -dR / Relatórios

Para cancelar a execução do scrub, use o comando scrub cancel .

bash $ sudo btrfs scrub cancel / Reports

Para retomar ou continuar com uma depuração interrompida anteriormente, execute o comando de cancelamento de depuração

bash sudo btrfs scrub resume /Reports

mostra o uso do dispositivo de armazenamento:

btrfs filesystem usage /data

Para distribuir os dados, metadados e dados do sistema em todos os dispositivos de armazenamento do RAID (incluindo o dispositivo de armazenamento recém-adicionado) montados no diretório /data , execute o seguinte comando:

sudo btrfs balance start --full-balance /data

Pode demorar um pouco para espalhar os dados, metadados e dados do sistema em todos os dispositivos de armazenamento do RAID se ele contiver muitos dados.

Opções importantes de montagem Btrfs

Nesta seção, vou explicar algumas das importantes opções de montagem do Btrfs. Então vamos começar.

As opções de montagem Btrfs mais importantes são:

**1. acl e noacl

**ACL gerencia permissões de usuários e grupos para os arquivos/diretórios do sistema de arquivos Btrfs.

A opção de montagem acl Btrfs habilita ACL. Para desabilitar a ACL, você pode usar a opção de montagem noacl .

Por padrão, a ACL está habilitada. Portanto, o sistema de arquivos Btrfs usa a opção de montagem acl por padrão.

**2. autodefrag e noautodefrag

**Desfragmentar um sistema de arquivos Btrfs melhorará o desempenho do sistema de arquivos reduzindo a fragmentação de dados.

A opção de montagem autodefrag permite a desfragmentação automática do sistema de arquivos Btrfs.

A opção de montagem noautodefrag desativa a desfragmentação automática do sistema de arquivos Btrfs.

Por padrão, a desfragmentação automática está desabilitada. Portanto, o sistema de arquivos Btrfs usa a opção de montagem noautodefrag por padrão.

**3. compactar e compactar-forçar

**Controla a compactação de dados no nível do sistema de arquivos do sistema de arquivos Btrfs.

A opção compactar compacta apenas os arquivos que valem a pena compactar (se compactar o arquivo economizar espaço em disco).

A opção compress-force compacta todos os arquivos do sistema de arquivos Btrfs, mesmo que a compactação do arquivo aumente seu tamanho.

O sistema de arquivos Btrfs suporta muitos algoritmos de compactação e cada um dos algoritmos de compactação possui diferentes níveis de compactação.

Os algoritmos de compactação suportados pelo Btrfs são: lzo , zlib (nível 1 a 9) e zstd (nível 1 a 15).

Você pode especificar qual algoritmo de compactação usar para o sistema de arquivos Btrfs com uma das seguintes opções de montagem:

• compress=algoritmo:nível
• compress-force=algoritmo:nível

Para obter mais informações, consulte meu artigo Como habilitar a compactação do sistema de arquivos Btrfs .

**4. subvol e subvolid

**Estas opções de montagem são usadas para montar separadamente um subvolume específico de um sistema de arquivos Btrfs.

A opção de montagem subvol é usada para montar o subvolume de um sistema de arquivos Btrfs usando seu caminho relativo.

A opção de montagem subvolid é usada para montar o subvolume de um sistema de arquivos Btrfs usando o ID do subvolume.

Para obter mais informações, consulte meu artigo Como criar e montar subvolumes Btrfs .

**5. dispositivo

A opção de montagem de dispositivo** é usada no sistema de arquivos Btrfs de vários dispositivos ou RAID Btrfs.

Em alguns casos, o sistema operacional pode falhar ao detectar os dispositivos de armazenamento usados em um sistema de arquivos Btrfs de vários dispositivos ou RAID Btrfs. Nesses casos, você pode usar a opção de montagem do dispositivo para especificar os dispositivos que deseja usar para o sistema de arquivos de vários dispositivos Btrfs ou RAID.

Você pode usar a opção de montagem de dispositivo várias vezes para carregar diferentes dispositivos de armazenamento para o sistema de arquivos de vários dispositivos Btrfs ou RAID.

Você pode usar o nome do dispositivo (ou seja, sdb , sdc ) ou UUID , UUID_SUB ou PARTUUID do dispositivo de armazenamento com a opção de montagem do dispositivo para identificar o dispositivo de armazenamento.

Por exemplo,

• dispositivo=/dev/sdb
• dispositivo=/dev/sdb,dispositivo=/dev/sdc
• dispositivo=UUID_SUB=490a263d-eb9a-4558-931e-998d4d080c5d
• device=UUID_SUB=490a263d-eb9a-4558-931e-998d4d080c5d,device=UUID_SUB=f7ce4875-0874-436a-b47d-3edef66d3424

**6. degraded

A opção de montagem degradada** permite que um RAID Btrfs seja montado com menos dispositivos de armazenamento do que o perfil RAID requer.

Por exemplo, o perfil raid1 requer a presença de 2 dispositivos de armazenamento. Se um dos dispositivos de armazenamento não estiver disponível em qualquer caso, você usa a opção de montagem degradada para montar o RAID mesmo que 1 de 2 dispositivos de armazenamento esteja disponível.

**7. commit

A opção commit** mount é usada para definir o intervalo (em segundos) dentro do qual os dados serão gravados no dispositivo de armazenamento.

O padrão é definido como 30 segundos.

Para definir o intervalo de confirmação para 15 segundos, você pode usar a opção de montagem commit=15 (digamos).

**8. ssd e nossd

A opção de montagem ssd** informa ao sistema de arquivos Btrfs que o sistema de arquivos está usando um dispositivo de armazenamento SSD, e o sistema de arquivos Btrfs faz a otimização SSD necessária.

A opção de montagem nossd desativa a otimização do SSD.

O sistema de arquivos Btrfs detecta automaticamente se um SSD é usado para o sistema de arquivos Btrfs. Se um SSD for usado, a opção de montagem de SSD será habilitada. Caso contrário, a opção de montagem nossd é habilitada.

**9. ssd_spread e nossd_spread

A opção de montagem ssd_spread** tenta alocar grandes blocos contínuos de espaço não utilizado do SSD. Esse recurso melhora o desempenho de SSDs de baixo custo (baratos).

A opção de montagem nossd_spread desativa o recurso ssd_spread .

O sistema de arquivos Btrfs detecta automaticamente se um SSD é usado para o sistema de arquivos Btrfs. Se um SSD for usado, a opção de montagem ssd_spread será habilitada. Caso contrário, a opção de montagem nossd_spread é habilitada.

**10. descarte e nodiscard

Se você estiver usando um SSD que suporte TRIM enfileirado assíncrono (SATA rev3.1), a opção de montagem de descarte** permitirá o descarte de blocos de arquivos liberados. Isso melhorará o desempenho do SSD.

Se o SSD não suportar TRIM enfileirado assíncrono, a opção de montagem de descarte prejudicará o desempenho do SSD. Nesse caso, a opção de montagem nodiscard deve ser usada.

Por padrão, a opção de montagem nodiscard é usada.

**11. norecovery

Se a opção de montagem norecovery** for usada, o sistema de arquivos Btrfs não tentará executar a operação de recuperação de dados no momento da montagem.

**12. usebackuproot e nousebackuproot

Se a opção de montagem usebackuproot for usada, o sistema de arquivos Btrfs tentará recuperar qualquer raiz de árvore ruim/corrompida no momento da montagem. O sistema de arquivos Btrfs pode armazenar várias raízes de árvore no sistema de arquivos. A opção de montagem usebackuproot** procurará uma boa raiz de árvore e usará a primeira boa que encontrar.

A opção de montagem nousebackuproot não verificará ou recuperará raízes de árvore inválidas/corrompidas no momento da montagem. Este é o comportamento padrão do sistema de arquivos Btrfs.

**13. space_cache, space_cache=version, nospace_cache e clear_cache

A opção de montagem space_cache** é usada para controlar o cache de espaço livre. O cache de espaço livre é usado para melhorar o desempenho da leitura do espaço livre do grupo de blocos do sistema de arquivos Btrfs na memória (RAM).

O sistema de arquivos Btrfs suporta 2 versões do cache de espaço livre: v1 (padrão) e v2

O mecanismo de cache de espaço livre v2 melhora o desempenho de sistemas de arquivos grandes (tamanho de vários terabytes).

Você pode usar a opção de montagem space_cache=v1 para definir a v1 do cache de espaço livre e a opção de montagem space_cache=v2 para definir a v2 do cache de espaço livre.

A opção de montagem clear_cache é usada para limpar o cache de espaço livre.

Quando o cache de espaço livre v2 é criado, o cache deve ser limpo para criar um cache de espaço livre v1 .

Portanto, para usar o cache de espaço livre v1 após a criação do cache de espaço livre v2 , as opções de montagem clear_cache e space_cache=v1 devem ser combinadas: clear_cache,space_cache=v1

A opção de montagem nospace_cache é usada para desabilitar o cache de espaço livre.

Para desabilitar o cache de espaço livre após a criação do cache v1 ou v2 , as opções de montagem nospace_cache e clear_cache devem ser combinadas: clear_cache,nosapce_cache

**14. skip_balance

Por padrão, a operação de balanceamento interrompida/pausada de um sistema de arquivos Btrfs de vários dispositivos ou RAID Btrfs será retomada automaticamente assim que o sistema de arquivos Btrfs for montado. Para desabilitar a retomada automática da operação de equilíbrio interrompido/pausado em um sistema de arquivos Btrfs de vários dispositivos ou RAID Btrfs, você pode usar a opção de montagem skip_balance .**

**15. datacow e nodatacow

A opção datacow** mount habilita o recurso Copy-on-Write (CoW) do sistema de arquivos Btrfs. É o comportamento padrão.

Se você deseja desabilitar o recurso Copy-on-Write (CoW) do sistema de arquivos Btrfs para os arquivos recém-criados, monte o sistema de arquivos Btrfs com a opção de montagem nodatacow .

**16. datasum e nodatasum

A opção datasum** mount habilita a soma de verificação de dados para arquivos recém-criados do sistema de arquivos Btrfs. Este é o comportamento padrão.

Se você não quiser que o sistema de arquivos Btrfs faça a soma de verificação dos dados dos arquivos recém-criados, monte o sistema de arquivos Btrfs com a opção de montagem nodatasum .

Perfis Btrfs

Um perfil Btrfs é usado para informar ao sistema de arquivos Btrfs quantas cópias dos dados/metadados devem ser mantidas e quais níveis de RAID devem ser usados para os dados/metadados. O sistema de arquivos Btrfs contém muitos perfis. Entendê-los o ajudará a configurar um RAID Btrfs da maneira que você deseja.

Os perfis Btrfs disponíveis são os seguintes:

single : Se o perfil único for usado para os dados/metadados, apenas uma cópia dos dados/metadados será armazenada no sistema de arquivos, mesmo se você adicionar vários dispositivos de armazenamento ao sistema de arquivos. Assim, 100% do espaço em disco de cada um dos dispositivos de armazenamento adicionados ao sistema de arquivos pode ser utilizado.

dup : Se o perfil dup for usado para os dados/metadados, cada um dos dispositivos de armazenamento adicionados ao sistema de arquivos manterá duas cópias dos dados/metadados. Assim, 50% do espaço em disco de cada um dos dispositivos de armazenamento adicionados ao sistema de arquivos pode ser utilizado.

raid0 : No perfil raid0 , os dados/metadados serão divididos igualmente em todos os dispositivos de armazenamento adicionados ao sistema de arquivos. Nesta configuração, não haverá dados/metadados redundantes (duplicados). Assim, 100% do espaço em disco de cada um dos dispositivos de armazenamento adicionados ao sistema de arquivos pode ser usado. Se, em qualquer caso, um dos dispositivos de armazenamento falhar, todo o sistema de arquivos será corrompido. Você precisará de pelo menos dois dispositivos de armazenamento para configurar o sistema de arquivos Btrfs no perfil raid0 .

raid1 : No perfil raid1 , duas cópias dos dados/metadados serão armazenadas nos dispositivos de armazenamento adicionados ao sistema de arquivos. Nesta configuração, a matriz RAID pode sobreviver a uma falha de unidade. Mas você pode usar apenas 50% do espaço total em disco. Você precisará de pelo menos dois dispositivos de armazenamento para configurar o sistema de arquivos Btrfs no perfil raid1 .

raid1c3 : No perfil raid1c3 , três cópias dos dados/metadados serão armazenadas nos dispositivos de armazenamento adicionados ao sistema de arquivos. Nesta configuração, a matriz RAID pode sobreviver a duas falhas de unidade, mas você pode usar apenas 33% do espaço total em disco. Você precisará de pelo menos três dispositivos de armazenamento para configurar o sistema de arquivos Btrfs no perfil raid1c3 .

raid1c4 : No perfil raid1c4 , quatro cópias dos dados/metadados serão armazenadas nos dispositivos de armazenamento adicionados ao sistema de arquivos. Nesta configuração, a matriz RAID pode sobreviver a três falhas de unidade, mas você pode usar apenas 25% do espaço total em disco. Você precisará de pelo menos quatro dispositivos de armazenamento para configurar o sistema de arquivos Btrfs no perfil raid1c4 .

raid10 : No perfil raid10 , duas cópias dos dados/metadados serão armazenadas nos dispositivos de armazenamento adicionados ao sistema de arquivos, como no perfil raid1 . Além disso, os dados/metadados serão divididos entre os dispositivos de armazenamento, como no perfil raid0 .

O perfil raid10 é um híbrido dos perfis raid1 e raid0 . Alguns dos dispositivos de armazenamento formam arrays raid1 e alguns desses arrays raid1 são usados para formar um array raid0 . Em uma configuração raid10 , o sistema de arquivos pode sobreviver a uma única falha de unidade em cada uma das matrizes raid1 .

Você pode usar 50% do espaço total em disco na configuração raid10 . Você precisará de pelo menos quatro dispositivos de armazenamento para configurar o sistema de arquivos Btrfs no perfil raid10 .

raid5 : No perfil raid5 , uma cópia dos dados/metadados será dividida entre os dispositivos de armazenamento. Uma única paridade será calculada e distribuída entre os dispositivos de armazenamento do array RAID.

Em uma configuração raid5 , o sistema de arquivos pode sobreviver a uma única falha de unidade. Se uma unidade falhar, você pode adicionar uma nova unidade ao sistema de arquivos e os dados perdidos serão calculados a partir da paridade distribuída das unidades em execução.

Você pode usar 1 00x(N-1)/N % do total de espaços em disco na configuração raid5 . Aqui, N é o número de dispositivos de armazenamento adicionados ao sistema de arquivos. Você precisará de pelo menos três dispositivos de armazenamento para configurar o sistema de arquivos Btrfs no perfil raid5 .

raid6 : No perfil raid6 , uma cópia dos dados/metadados será dividida entre os dispositivos de armazenamento. Duas paridades serão calculadas e distribuídas entre os dispositivos de armazenamento do array RAID.

Em uma configuração raid6 , o sistema de arquivos pode sobreviver a duas falhas de unidade ao mesmo tempo. Se uma unidade falhar, você poderá adicionar uma nova unidade ao sistema de arquivos e os dados perdidos serão calculados a partir das duas paridades distribuídas das unidades em execução.

Você pode usar 100x(N-2)/N % do espaço total em disco na configuração raid6 . Aqui, N é o número de dispositivos de armazenamento adicionados ao sistema de arquivos. Você precisará de pelo menos quatro dispositivos de armazenamento para configurar o sistema de arquivos Btrfs no perfil raid6 .

@ 9223d2fa:b57e3de7

12,600 steps

@ 0fa80bd3:ea7325de

DAOs promised decentralization. They offered a system where every member could influence a project's direction, where money and power were transparently distributed, and decisions were made through voting. All of it recorded immutably on the blockchain, free from middlemen.

But something didn’t work out. In practice, most DAOs haven’t evolved into living, self-organizing organisms. They became something else: clubs where participation is unevenly distributed. Leaders remained - only now without formal titles. They hold influence through control over communications, task framing, and community dynamics. Centralization still exists, just wrapped in a new package.

But there's a second, less obvious problem. Crowds can’t create strategy. In DAOs, people vote for what "feels right to the majority." But strategy isn’t about what feels good - it’s about what’s necessary. Difficult, unpopular, yet forward-looking decisions often fail when put to a vote. A founder’s vision is a risk. But in healthy teams, it’s that risk that drives progress. In DAOs, risk is almost always diluted until it becomes something safe and vague.

Instead of empowering leaders, DAOs often neutralize them. This is why many DAOs resemble consensus machines. Everyone talks, debates, and participates, but very little actually gets done. One person says, “Let’s jump,” and five others respond, “Let’s discuss that first.” This dynamic might work for open forums, but not for action.

Decentralization works when there’s trust and delegation, not just voting. Until DAOs develop effective systems for assigning roles, taking ownership, and acting with flexibility, they will keep losing ground to old-fashioned startups led by charismatic founders with a clear vision.

We’ve seen this in many real-world cases. Take MakerDAO, one of the most mature and technically sophisticated DAOs. Its governance token (MKR) holders vote on everything from interest rates to protocol upgrades. While this has allowed for transparency and community involvement, the process is often slow and bureaucratic. Complex proposals stall. Strategic pivots become hard to implement. And in 2023, a controversial proposal to allocate billions to real-world assets passed only narrowly, after months of infighting - highlighting how vision and execution can get stuck in the mud of distributed governance.

On the other hand, Uniswap DAO, responsible for the largest decentralized exchange, raised governance participation only after launching a delegation system where token holders could choose trusted representatives. Still, much of the activity is limited to a small group of active contributors. The vast majority of token holders remain passive. This raises the question: is it really community-led, or just a formalized power structure with lower transparency?

Then there’s ConstitutionDAO, an experiment that went viral. It raised over $40 million in days to try and buy a copy of the U.S. Constitution. But despite the hype, the DAO failed to win the auction. Afterwards, it struggled with refund logistics, communication breakdowns, and confusion over governance. It was a perfect example of collective enthusiasm without infrastructure or planning - proof that a DAO can raise capital fast but still lack cohesion.

Not all efforts have failed. Projects like Gitcoin DAO have made progress by incentivizing small, individual contributions. Their quadratic funding mechanism rewards projects based on the number of contributors, not just the size of donations, helping to elevate grassroots initiatives. But even here, long-term strategy often falls back on a core group of organizers rather than broad community consensus.

The pattern is clear: when the stakes are low or the tasks are modular, DAOs can coordinate well. But when bold moves are needed—when someone has to take responsibility and act under uncertainty DAOs often freeze. In the name of consensus, they lose momentum.

That’s why the organization of the future can’t rely purely on decentralization. It must encourage individual initiative and the ability to take calculated risks. People need to see their contribution not just as a vote, but as a role with clear actions and expected outcomes. When the situation demands, they should be empowered to act first and present the results to the community afterwards allowing for both autonomy and accountability. That’s not a flaw in the system. It’s how real progress happens.

@ e1b184d1:ac66229b

Bitcoin is more than just a digital currency. It’s a technological revolution built on a unique set of properties that distinguish it from all other financial systems—past and present. From its decentralized architecture to its digitally verifiable scarcity, Bitcoin represents a fundamental shift in how we store and transfer value.

1. A Truly Decentralized Network

As of April 2025, the Bitcoin network comprises approximately 62,558 reachable nodes globally. The United States leads with 13,791 nodes (29%), followed by Germany with 6,418 nodes (13.5%), and Canada with 2,580 nodes (5.43%). bitnodes

This distributed structure is central to Bitcoin’s strength. No single entity can control the network, making it robust against censorship, regulation, or centralized failure.

2. Open Participation at Low Cost

Bitcoin's design allows almost anyone to participate meaningfully in the network. Thanks to its small block size and streamlined protocol, running a full node is technically and financially accessible. Even a Raspberry Pi or a basic PC is sufficient to synchronize and validate the blockchain.

However, any significant increase in block size could jeopardize this accessibility. More storage and bandwidth requirements would shift participation toward centralized data centers and cloud infrastructure—threatening Bitcoin’s decentralized ethos. This is why the community continues to fiercely debate such protocol changes.

3. Decentralized Governance

Bitcoin has no CEO, board, or headquarters. Its governance model is decentralized, relying on consensus among various stakeholders, including miners, developers, node operators, and increasingly, institutional participants.

Miners signal support for changes by choosing which version of the Bitcoin software to run when mining new blocks. However, full node operators ultimately enforce the network’s rules by validating blocks and transactions. If miners adopt a change that is not accepted by the majority of full nodes, that change will be rejected and the blocks considered invalid—effectively vetoing the proposal.

This "dual-power structure" ensures that changes to the network only happen through widespread consensus—a system that has proven resilient to internal disagreements and external pressures.

4. Resilient by Design

Bitcoin's decentralized nature gives it a level of geopolitical and technical resilience unmatched by any traditional financial system. A notable case is the 2021 mining ban in China. While initially disruptive, the network quickly recovered as miners relocated, ultimately improving decentralization.

This event underlined Bitcoin's ability to withstand regulatory attacks and misinformation (FUD—Fear, Uncertainty, Doubt), cementing its credibility as a global, censorship-resistant network.

5. Self-Sovereign Communication

Bitcoin enables peer-to-peer transactions across borders without intermediaries. There’s no bank, payment processor, or centralized authority required. This feature is not only technically efficient but also politically profound—it empowers individuals globally to transact freely and securely.

6. Absolute Scarcity

Bitcoin is the first asset in history with a mathematically verifiable, fixed supply: 21 million coins. This cap is hard-coded into its protocol and enforced by every full node. At the atomic level, Bitcoin is measured in satoshis (sats), with a total cap of approximately 2.1 quadrillion sats.

This transparency contrasts with assets like gold, whose total supply is estimated and potentially (through third parties on paper) expandable. Moreover, unlike fiat currencies, which can be inflated through central bank policy, Bitcoin is immune to such manipulation. This makes it a powerful hedge against monetary debasement.

7. Anchored in Energy and Time

Bitcoin's security relies on proof-of-work, a consensus algorithm that requires real-world energy and computation. This “work” ensures that network participants must invest time and electricity to mine new blocks.

This process incentivizes continual improvement in hardware and energy sourcing—helping decentralize mining geographically and economically. In contrast, alternative systems like proof-of-stake tend to favor wealth concentration by design, as influence is determined by how many tokens a participant holds.

8. Censorship-Resistant

The Bitcoin network itself is inherently censorship-resistant. As a decentralized system, Bitcoin transactions consist of mere text and numerical data, making it impossible to censor the underlying protocol.

However, centralized exchanges and trading platforms can be subject to censorship through regional regulations or government pressure, potentially limiting access to Bitcoin.

Decentralized exchanges and peer-to-peer marketplaces offer alternative solutions, enabling users to buy and sell Bitcoins without relying on intermediaries that can be censored or shut down.

9. High Security

The Bitcoin blockchain is secured through a decentralized network of thousands of nodes worldwide, which constantly verify its integrity, making it highly resistant to hacking. To add a new block of bundled transactions, miners compete to solve complex mathematical problems generated by Bitcoin's cryptography. Once a miner solves the problem, the proposed block is broadcast to the network, where each node verifies its validity. Consensus is achieved when a majority of nodes agree on the block's validity, at which point the Bitcoin blockchain is updated accordingly, ensuring the network's decentralized and trustless nature.

Manipulation of the Bitcoin network is virtually impossible due to its decentralized and robust architecture. The blockchain's chronological and immutable design prevents the deletion or alteration of previously validated blocks, ensuring the integrity of the network.

To successfully attack the Bitcoin network, an individual or organization would need to control a majority of the network's computing power, also known as a 51% attack. However, the sheer size of the Bitcoin network and the competitive nature of the proof-of-work consensus mechanism make it extremely difficult to acquire and sustain the necessary computational power. Even if an attacker were to achieve this, they could potentially execute double spends and censor transactions. Nevertheless, the transparent nature of the blockchain would quickly reveal the attack, allowing the Bitcoin network to respond and neutralize it. By invalidating the first block of the malicious chain, all subsequent blocks would also become invalid, rendering the attack futile and resulting in significant financial losses for the attacker.

One potential source of uncertainty arises from changes to the Bitcoin code made by developers. While developers can modify the software, they cannot unilaterally enforce changes to the Bitcoin protocol, as all users have the freedom to choose which version they consider valid. Attempts to alter Bitcoin's fundamental principles have historically resulted in hard forks, which have ultimately had negligible impact (e.g., BSV, BCH). The Bitcoin community has consistently rejected new ideas that compromise decentralization in favor of scalability, refusing to adopt the resulting blockchains as the legitimate version. This decentralized governance model ensures that changes to the protocol are subject to broad consensus, protecting the integrity and trustworthiness of the Bitcoin network.

Another source of uncertainty in the future could be quantum computers. The topic is slowly gaining momentum in the community and is being discussed.

Your opinion

My attempt to write an article with Yakyhonne. Simple editor with the most necessary formatting. Technically it worked quite well so far.

Some properties are listed in the article. Which properties are missing and what are these properties?

@ efcb5fc5:5680aa8e

We're living in a digital dystopia. A world where our attention is currency, our data is mined, and our mental well-being is collateral damage in the relentless pursuit of engagement. The glossy facades of traditional social media platforms hide a dark underbelly of algorithmic manipulation, curated realities, and a pervasive sense of anxiety that seeps into every aspect of our lives. We're trapped in a digital echo chamber, drowning in a sea of manufactured outrage and meaningless noise, and it's time to build an ark and sail away.

I've witnessed the evolution, or rather, the devolution, of online interaction. From the raw, unfiltered chaos of early internet chat rooms to the sterile, algorithmically controlled environments of today's social giants, I've seen the promise of connection twisted into a tool for manipulation and control. We've become lab rats in a grand experiment, our emotional responses measured and monetized, our opinions shaped and sold to the highest bidder. But there's a flicker of hope in the darkness, a chance to reclaim our digital autonomy, and that hope is NOSTR (Notes and Other Stuff Transmitted by Relays).

The Psychological Warfare of Traditional Social Media

The Algorithmic Cage: These algorithms aren't designed to enhance your life; they're designed to keep you scrolling. They feed on your vulnerabilities, exploiting your fears and desires to maximize engagement, even if it means promoting misinformation, outrage, and division.

The Illusion of Perfection: The curated realities presented on these platforms create a toxic culture of comparison. We're bombarded with images of flawless bodies, extravagant lifestyles, and seemingly perfect lives, leading to feelings of inadequacy and self-doubt.

The Echo Chamber Effect: Algorithms reinforce our existing beliefs, isolating us from diverse perspectives and creating a breeding ground for extremism. We become trapped in echo chambers where our biases are constantly validated, leading to increased polarization and intolerance.

The Toxicity Vortex: The lack of effective moderation creates a breeding ground for hate speech, cyberbullying, and online harassment. We're constantly exposed to toxic content that erodes our mental well-being and fosters a sense of fear and distrust.

This isn't just a matter of inconvenience; it's a matter of mental survival. We're being subjected to a form of psychological warfare, and it's time to fight back.

NOSTR: A Sanctuary in the Digital Wasteland

NOSTR offers a radical alternative to this toxic environment. It's not just another platform; it's a decentralized protocol that empowers users to reclaim their digital sovereignty.

User-Controlled Feeds: You decide what you see, not an algorithm. You curate your own experience, focusing on the content and people that matter to you.

Ownership of Your Digital Identity: Your data and content are yours, secured by cryptography. No more worrying about being deplatformed or having your information sold to the highest bidder.

Interoperability: Your identity works across a diverse ecosystem of apps, giving you the freedom to choose the interface that suits your needs.

Value-Driven Interactions: The "zaps" feature enables direct micropayments, rewarding creators for valuable content and fostering a culture of genuine appreciation.

Decentralized Power: No single entity controls NOSTR, making it censorship-resistant and immune to the whims of corporate overlords.

Building a Healthier Digital Future

NOSTR isn't just about escaping the toxicity of traditional social media; it's about building a healthier, more meaningful online experience.

Cultivating Authentic Connections: Focus on building genuine relationships with people who share your values and interests, rather than chasing likes and followers.

Supporting Independent Creators: Use "zaps" to directly support the artists, writers, and thinkers who inspire you.

Embracing Intellectual Diversity: Explore different NOSTR apps and communities to broaden your horizons and challenge your assumptions.

Prioritizing Your Mental Health: Take control of your digital environment and create a space that supports your well-being.

Removing the noise: Value based interactions promote value based content, instead of the constant stream of noise that traditional social media promotes.

The Time for Action is Now

NOSTR is a nascent technology, but it represents a fundamental shift in how we interact online. It's a chance to build a more open, decentralized, and user-centric internet, one that prioritizes our mental health and our humanity.

We can no longer afford to be passive consumers in the digital age. We must become active participants in shaping our online experiences. It's time to break free from the chains of algorithmic control and reclaim our digital autonomy.

Join the NOSTR movement

Embrace the power of decentralization. Let's build a digital future that's worthy of our humanity. Let us build a place where the middlemen, and the algorithms that they control, have no power over us.

In addition to the points above, here are some examples/links of how NOSTR can be used:

Simple Signup: Creating a NOSTR account is incredibly easy. You can use platforms like Yakihonne or Primal to generate your keys and start exploring the ecosystem.

X-like Client: Apps like Damus offer a familiar X-like experience, making it easy for users to transition from traditional platforms.

Sharing Photos and Videos: Clients like Olas are optimized for visual content, allowing you to share your photos and videos with your followers.

Creating and Consuming Blogs: NOSTR can be used to publish and share blog posts, fostering a community of independent creators.

Live Streaming and Audio Spaces: Explore platforms like Hivetalk and zap.stream for live streaming and audio-based interactions.

NOSTR is a powerful tool for reclaiming your digital life and building a more meaningful online experience. It's time to take control, break free from the shackles of traditional social media, and embrace the future of decentralized communication.

Get the full overview of these and other on: https://nostrapps.com/

@ 266815e0:6cd408a5

Its been a little over a year since NIP-90 was written and merged into the nips repo and its been a communication mess.

Every DVM implementation expects the inputs in slightly different formats, returns the results in mostly the same format and there are very few DVM actually running.

NIP-90 is overloaded

Why does a request for text translation and creating bitcoin OP_RETURNs share the same input i tag? and why is there an output tag on requests when only one of them will return an output?

Each DVM request kind is for requesting completely different types of compute with diffrent input and output requirements, but they are all using the same spec that has 4 different types of inputs (text, url, event, job) and an undefined number of output types.

Let me show a few random DVM requests and responses I found on wss://relay.damus.io to demonstrate what I mean:

This is a request to translate an event to English json { "kind": 5002, "content": "", "tags": [ // NIP-90 says there can be multiple inputs, so how would a DVM handle translatting multiple events at once? [ "i", "<event-id>", "event" ], [ "param", "language", "en" ], // What other type of output would text translations be? image/jpeg? [ "output", "text/plain" ], // Do we really need to define relays? cant the DVM respond on the relays it saw the request on? [ "relays", "wss://relay.unknown.cloud/", "wss://nos.lol/" ] ] }

This is a request to generate text using an LLM model json { "kind": 5050, // Why is the content empty? wouldn't it be better to have the prompt in the content? "content": "", "tags": [ // Why use an indexable tag? are we ever going to lookup prompts? // Also the type "prompt" isn't in NIP-90, this should probably be "text" [ "i", "What is the capital of France?", "prompt" ], [ "p", "c4878054cff877f694f5abecf18c7450f4b6fdf59e3e9cb3e6505a93c4577db2" ], [ "relays", "wss://relay.primal.net" ] ] }

This is a request for content recommendation json { "kind": 5300, "content": "", "tags": [ // Its fine ignoring this param, but what if the client actually needs exactly 200 "results" [ "param", "max_results", "200" ], // The spec never mentions requesting content for other users. // If a DVM didn't understand this and responded to this request it would provide bad data [ "param", "user", "b22b06b051fd5232966a9344a634d956c3dc33a7f5ecdcad9ed11ddc4120a7f2" ], [ "relays", "wss://relay.primal.net", ], [ "p", "ceb7e7d688e8a704794d5662acb6f18c2455df7481833dd6c384b65252455a95" ] ] }

This is a request to create a OP_RETURN message on bitcoin json { "kind": 5901, // Again why is the content empty when we are sending human readable text? "content": "", "tags": [ // and again, using an indexable tag on an input that will never need to be looked up ["i", "09/01/24 SEC Chairman on the brink of second ETF approval", "text"] ] }

My point isn't that these event schema's aren't understandable but why are they using the same schema? each use-case is different but are they all required to use the same i tag format as input and could support all 4 types of inputs.

Lack of libraries

With all these different types of inputs, params, and outputs its verify difficult if not impossible to build libraries for DVMs

If a simple text translation request can have an event or text as inputs, a payment-required status at any point in the flow, partial results, or responses from 10+ DVMs whats the best way to build a translation library for other nostr clients to use?

And how do I build a DVM framework for the server side that can handle multiple inputs of all four types (url, text, event, job) and clients are sending all the requests in slightly differently.

Supporting payments is impossible

The way NIP-90 is written there isn't much details about payments. only a payment-required status and a generic amount tag

But the way things are now every DVM is implementing payments differently. some send a bolt11 invoice, some expect the client to NIP-57 zap the request event (or maybe the status event), and some even ask for a subscription. and we haven't even started implementing NIP-61 nut zaps or cashu A few are even formatting the amount number wrong or denominating it in sats and not mili-sats

Building a client or a library that can understand and handle all of these payment methods is very difficult. for the DVM server side its worse. A DVM server presumably needs to support all 4+ types of payments if they want to get the most sats for their services and support the most clients.

All of this is made even more complicated by the fact that a DVM can ask for payment at any point during the job process. this makes sense for some types of compute, but for others like translations or user recommendation / search it just makes things even more complicated.

For example, If a client wanted to implement a timeline page that showed the notes of all the pubkeys on a recommended list. what would they do when the selected DVM asks for payment at the start of the job? or at the end? or worse, only provides half the pubkeys and asks for payment for the other half. building a UI that could handle even just two of these possibilities is complicated.

NIP-89 is being abused

NIP-89 is "Recommended Application Handlers" and the way its describe in the nips repo is

a way to discover applications that can handle unknown event-kinds

Not "a way to discover everything"

If I wanted to build an application discovery app to show all the apps that your contacts use and let you discover new apps then it would have to filter out ALL the DVM advertisement events. and that's not just for making requests from relays

If the app shows the user their list of "recommended applications" then it either has to understand that everything in the 5xxx kind range is a DVM and to show that is its own category or show a bunch of unknown "favorites" in the list which might be confusing for the user.

In conclusion

My point in writing this article isn't that the DVMs implementations so far don't work, but that they will never work well because the spec is too broad. even with only a few DVMs running we have already lost interoperability.

I don't want to be completely negative though because some things have worked. the "DVM feeds" work, although they are limited to a single page of results. text / event translations also work well and kind 5970 Event PoW delegation could be cool. but if we want interoperability, we are going to need to change a few things with NIP-90

I don't think we can (or should) abandon NIP-90 entirely but it would be good to break it up into small NIPs or specs. break each "kind" of DVM request out into its own spec with its own definitions for expected inputs, outputs and flow.

Then if we have simple, clean definitions for each kind of compute we want to distribute. we might actually see markets and services being built and used.

@ 5a261a61:2ebd4480

What a day yesterday!

I had a really big backlog of both work and non-work things to clean up. But I was getting a little frisky because my health finally gave me some energy to be in the mood for intimacy after the illness-filled week had forced libido debt on me. I decided to cheat it out and just take care of myself quickly. Horny thoughts won over, and I got at least e-stim induced ass slaps to make it more enjoyable. Quick clean up and everything seemed ok...until it wasn't.

The rest of the morning passed uneventfully as I worked through my backlog, but things took a turn in the early afternoon. I had to go pickup kids, and I just missed Her between the doors, only managed to get a fast kiss. A little bummed from the work issues and failed expectations of having a few minutes together, I got on my way.

Then it hit me—the most serious case of blue balls I had in a long time. First came panic. I was getting to the age when unusual symptoms raise concerns—cancer comes first to mind, as insufficient release wasn't my typical problem. So I called Her. I explained what was happening and expressed hope for some alone time. Unfortunately, that seemed impossible with our evening schedule: kids at home, Her online meeting, and my standing gamenight with the boys. These game sessions are our sacred ritual—a preserved piece of pre-kids sanity that we all protect in our calendars. Not something I wanted to disturb.

Her reassurance was brief but unusualy promising: "Don't worry, I get this."

Evening came, and just as I predicted, there was ZERO time for shenanigans while we took care of the kids. But once we put them to bed (I drew straw for early sleeper), with parental duties complete, I headed downstairs to prepare for my gaming session. Headset on, I greeted my fellows and started playing.

Not five minutes later, She opened the door with lube in one hand, fleshlight in the other, and an expecting smile on Her face. Definitely unexpected. I excused myself from the game, muted mic, but She stopped me.

"There will be nothing if you won't play," She said. She just motioned me to take my pants off. And off to play I was. Not an easy feat considering I twisted my body sideways so She could access anything She wanted while I still reached keyboard and mouse.

She slowly started touching me and observing my reactions, but quickly changed to using Her mouth. Getting a blowjob while semihard was always so strange. The semi part didn't last long though...

As things intensified, She was satisfied with my erection and got the fleshlight ready. It was a new toy for us, and it was Her first time using it on me all by Herself (usually She prefers watching me use toys). She applied an abundance of lube that lasted the entire encounter and beyond.

Shifting into a rhythm, She started pumping slowly but clearly enjoyed my reactions when She unexpectedly sped up, forcing me to mute the mic. I knew I wouldn't last long. When She needed to fix Her hair, I gentlemanly offered to hold the fleshlight, having one hand still available for gaming. She misunderstood, thinking I was taking over completely, which initially disappointed me.

To my surprise, She began taking Her shirt off the shoulders, offering me a pornhub-esque view. To clearly indicate that finish time had arrived, She moved Her lubed hand teasingly toward my anal. She understood precisely my contradictory preferences—my desire to be thoroughly clean before such play versus my complete inability to resist Her when aroused. That final move did it—I muted the mic just in time to vocally express how good She made me feel.

Quick clean up, kiss on the forehead, and a wish for me to have a good game session followed. The urge to abandon the game and cuddle with Her was powerful, but She stopped me. She had more work to complete on Her todo list than just me.

Had a glass, had a blast; overall, a night well spent I would say.

@ c066aac5:6a41a034

I’m drawn to extremities in art. The louder, the bolder, the more outrageous, the better. Bold art takes me out of the mundane into a whole new world where anything and everything is possible. Having grown up in the safety of the suburban midwest, I was a bit of a rebellious soul in search of the satiation that only came from the consumption of the outrageous. My inclination to find bold art draws me to NOSTR, because I believe NOSTR can be the place where the next generation of artistic pioneers go to express themselves. I also believe that as much as we are able, were should invite them to come create here.

My Background: A Small Side Story

My father was a professional gamer in the 80s, back when there was no money or glory in the avocation. He did get a bit of spotlight though after the fact: in the mid 2000’s there were a few parties making documentaries about that era of gaming as well as current arcade events (namely 2007’sChasing GhostsandThe King of Kong: A Fistful of Quarters). As a result of these documentaries, there was a revival in the arcade gaming scene. My family attended events related to the documentaries or arcade gaming and I became exposed to a lot of things I wouldn’t have been able to find. The producer ofThe King of Kong: A Fistful of Quarters had previously made a documentary calledNew York Dollwhich was centered around the life of bassist Arthur Kane. My 12 year old mind was blown: The New York Dolls were a glam-punk sensation dressed in drag. The music was from another planet. Johnny Thunders’ guitar playing was like Chuck Berry with more distortion and less filter. Later on I got to meet the Galaga record holder at the time, Phil Day, in Ottumwa Iowa. Phil is an Australian man of high intellect and good taste. He exposed me to great creators such as Nick Cave & The Bad Seeds, Shakespeare, Lou Reed, artists who created things that I had previously found inconceivable.

I believe this time period informed my current tastes and interests, but regrettably I think it also put coals on the fire of rebellion within. I stopped taking my parents and siblings seriously, the Christian faith of my family (which I now hold dearly to) seemed like a mundane sham, and I felt I couldn’t fit in with most people because of my avant-garde tastes. So I write this with the caveat that there should be a way to encourage these tastes in children without letting them walk down the wrong path. There is nothing inherently wrong with bold art, but I’d advise parents to carefully find ways to cultivate their children’s tastes without completely shutting them down and pushing them away as a result. My parents were very loving and patient during this time; I thank God for that.

With that out of the way, lets dive in to some bold artists:

Nicolas Cage: Actor

There is an excellent video by Wisecrack on Nicolas Cage that explains him better than I will, which I will linkhere. Nicolas Cage rejects the idea that good acting is tied to mere realism; all of his larger than life acting decisions are deliberate choices. When that clicked for me, I immediately realized the man is a genius. He borrows from Kabuki and German Expressionism, art forms that rely on exaggeration to get the message across. He has even created his own acting style, which he calls Nouveau Shamanic. He augments his imagination to go from acting to being. Rather than using the old hat of method acting, he transports himself to a new world mentally. The projects he chooses to partake in are based on his own interests or what he considers would be a challenge (making a bad script good for example). Thus it doesn’t matter how the end result comes out; he has already achieved his goal as an artist. Because of this and because certain directors don’t know how to use his talents, he has a noticeable amount of duds in his filmography. Dig around the duds, you’ll find some pure gold. I’d personally recommend the filmsPig, Joe, Renfield, and his Christmas film The Family Man.

Nick Cave: Songwriter

What a wild career this man has had! From the apocalyptic mayhem of his band The Birthday Party to the pensive atmosphere of his albumGhosteen, it seems like Nick Cave has tried everything. I think his secret sauce is that he’s always working. He maintains an excellent newsletter calledThe Red Hand Files, he has written screenplays such asLawless, he has written books, he has made great film scores such asThe Assassination of Jesse James by the Coward Robert Ford, the man is religiously prolific. I believe that one of the reasons he is prolific is that he’s not afraid to experiment. If he has an idea, he follows it through to completion. From the albumMurder Ballads(which is comprised of what the title suggests) to his rejected sequel toGladiator(Gladiator: Christ Killer), he doesn’t seem to be afraid to take anything on. This has led to some over the top works as well as some deeply personal works. Albums likeSkeleton TreeandGhosteenwere journeys through the grief of his son’s death. The Boatman’s Callis arguably a better break-up album than anything Taylor Swift has put out. He’s not afraid to be outrageous, he’s not afraid to offend, but most importantly he’s not afraid to be himself. Works I’d recommend include The Birthday Party’sLive 1981-82, Nick Cave & The Bad Seeds’The Boatman’s Call, and the filmLawless.

Jim Jarmusch: Director

I consider Jim’s films to be bold almost in an ironic sense: his works are bold in that they are, for the most part, anti-sensational. He has a rule that if his screenplays are criticized for a lack of action, he makes them even less eventful. Even with sensational settings his films feel very close to reality, and they demonstrate the beauty of everyday life. That's what is bold about his art to me: making the sensational grounded in reality while making everyday reality all the more special. Ghost Dog: The Way of the Samurai is about a modern-day African-American hitman who strictly follows the rules of the ancient Samurai, yet one can resonate with the humanity of a seemingly absurd character. Only Lovers Left Aliveis a vampire love story, but in the middle of a vampire romance one can see their their own relationships in a new deeply human light. Jim’s work reminds me that art reflects life, and that there is sacred beauty in seemingly mundane everyday life. I personally recommend his filmsPaterson,Down by Law, andCoffee and Cigarettes.

NOSTR: We Need Bold Art

NOSTR is in my opinion a path to a better future. In a world creeping slowly towards everything apps, I hope that the protocol where the individual owns their data wins over everything else. I love freedom and sovereignty. If NOSTR is going to win the race of everything apps, we need more than Bitcoin content. We need more than shirtless bros paying for bananas in foreign countries and exercising with girls who have seductive accents. Common people cannot see themselves in such a world. NOSTR needs to catch the attention of everyday people. I don’t believe that this can be accomplished merely by introducing more broadly relevant content; people are searching for content that speaks to them. I believe that NOSTR can and should attract artists of all kinds because NOSTR is one of the few places on the internet where artists can express themselves fearlessly. Getting zaps from NOSTR’s value-for-value ecosystem has far less friction than crowdfunding a creative project or pitching investors that will irreversibly modify an artist’s vision. Having a place where one can post their works without fear of censorship should be extremely enticing. Having a place where one can connect with fellow humans directly as opposed to a sea of bots should seem like the obvious solution. If NOSTR can become a safe haven for artists to express themselves and spread their work, I believe that everyday people will follow. The banker whose stressful job weighs on them will suddenly find joy with an original meme made by a great visual comedian. The programmer for a healthcare company who is drowning in hopeless mundanity could suddenly find a new lust for life by hearing the song of a musician who isn’t afraid to crowdfund their their next project by putting their lighting address on the streets of the internet. The excel guru who loves independent film may find that NOSTR is the best way to support non corporate movies. My closing statement: continue to encourage the artists in your life as I’m sure you have been, but while you’re at it give them the purple pill. You may very well be a part of building a better future.

@ 04c915da:3dfbecc9

Capitalism is the most effective system for scaling innovation. The pursuit of profit is an incredibly powerful human incentive. Most major improvements to human society and quality of life have resulted from this base incentive. Market competition often results in the best outcomes for all.

That said, some projects can never be monetized. They are open in nature and a business model would centralize control. Open protocols like bitcoin and nostr are not owned by anyone and if they were it would destroy the key value propositions they provide. No single entity can or should control their use. Anyone can build on them without permission.

As a result, open protocols must depend on donation based grant funding from the people and organizations that rely on them. This model works but it is slow and uncertain, a grind where sustainability is never fully reached but rather constantly sought. As someone who has been incredibly active in the open source grant funding space, I do not think people truly appreciate how difficult it is to raise charitable money and deploy it efficiently.

Projects that can be monetized should be. Profitability is a super power. When a business can generate revenue, it taps into a self sustaining cycle. Profit fuels growth and development while providing projects independence and agency. This flywheel effect is why companies like Google, Amazon, and Apple have scaled to global dominance. The profit incentive aligns human effort with efficiency. Businesses must innovate, cut waste, and deliver value to survive.

Contrast this with non monetized projects. Without profit, they lean on external support, which can dry up or shift with donor priorities. A profit driven model, on the other hand, is inherently leaner and more adaptable. It is not charity but survival. When survival is tied to delivering what people want, scale follows naturally.

The real magic happens when profitable, sustainable businesses are built on top of open protocols and software. Consider the many startups building on open source software stacks, such as Start9, Mempool, and Primal, offering premium services on top of the open source software they build out and maintain. Think of companies like Block or Strike, which leverage bitcoin’s open protocol to offer their services on top. These businesses amplify the open software and protocols they build on, driving adoption and improvement at a pace donations alone could never match.

When you combine open software and protocols with profit driven business the result are lean, sustainable companies that grow faster and serve more people than either could alone. Bitcoin’s network, for instance, benefits from businesses that profit off its existence, while nostr will expand as developers monetize apps built on the protocol.

Capitalism scales best because competition results in efficiency. Donation funded protocols and software lay the groundwork, while market driven businesses build on top. The profit incentive acts as a filter, ensuring resources flow to what works, while open systems keep the playing field accessible, empowering users and builders. Together, they create a flywheel of innovation, growth, and global benefit.

@ 04c915da:3dfbecc9

One of the most common criticisms leveled against nostr is the perceived lack of assurance when it comes to data storage. Critics argue that without a centralized authority guaranteeing that all data is preserved, important information will be lost. They also claim that running a relay will become prohibitively expensive. While there is truth to these concerns, they miss the mark. The genius of nostr lies in its flexibility, resilience, and the way it harnesses human incentives to ensure data availability in practice.

A nostr relay is simply a server that holds cryptographically verifiable signed data and makes it available to others. Relays are simple, flexible, open, and require no permission to run. Critics are right that operating a relay attempting to store all nostr data will be costly. What they miss is that most will not run all encompassing archive relays. Nostr does not rely on massive archive relays. Instead, anyone can run a relay and choose to store whatever subset of data they want. This keeps costs low and operations flexible, making relay operation accessible to all sorts of individuals and entities with varying use cases.

Critics are correct that there is no ironclad guarantee that every piece of data will always be available. Unlike bitcoin where data permanence is baked into the system at a steep cost, nostr does not promise that every random note or meme will be preserved forever. That said, in practice, any data perceived as valuable by someone will likely be stored and distributed by multiple entities. If something matters to someone, they will keep a signed copy.

Nostr is the Streisand Effect in protocol form. The Streisand effect is when an attempt to suppress information backfires, causing it to spread even further. With nostr, anyone can broadcast signed data, anyone can store it, and anyone can distribute it. Try to censor something important? Good luck. The moment it catches attention, it will be stored on relays across the globe, copied, and shared by those who find it worth keeping. Data deemed important will be replicated across servers by individuals acting in their own interest.

Nostr’s distributed nature ensures that the system does not rely on a single point of failure or a corporate overlord. Instead, it leans on the collective will of its users. The result is a network where costs stay manageable, participation is open to all, and valuable verifiable data is stored and distributed forever.

@ 21335073:a244b1ad

Warning: This piece contains a conversation about difficult topics. Please proceed with caution.

TL;DR please educate your children about online safety.

Julian Assange wrote in his 2012 book Cypherpunks, “This book is not a manifesto. There isn’t time for that. This book is a warning.” I read it a few times over the past summer. Those opening lines definitely stood out to me. I wish we had listened back then. He saw something about the internet that few had the ability to see. There are some individuals who are so close to a topic that when they speak, it’s difficult for others who aren’t steeped in it to visualize what they’re talking about. I didn’t read the book until more recently. If I had read it when it came out, it probably would have sounded like an unknown foreign language to me. Today it makes more sense.

This isn’t a manifesto. This isn’t a book. There is no time for that. It’s a warning and a possible solution from a desperate and determined survivor advocate who has been pulling and unraveling a thread for a few years. At times, I feel too close to this topic to make any sense trying to convey my pathway to my conclusions or thoughts to the general public. My hope is that if nothing else, I can convey my sense of urgency while writing this. This piece is a watchman’s warning.

When a child steps online, they are walking into a new world. A new reality. When you hand a child the internet, you are handing them possibilities—good, bad, and ugly. This is a conversation about lowering the potential of negative outcomes of stepping into that new world and how I came to these conclusions. I constantly compare the internet to the road. You wouldn’t let a young child run out into the road with no guidance or safety precautions. When you hand a child the internet without any type of guidance or safety measures, you are allowing them to play in rush hour, oncoming traffic. “Look left, look right for cars before crossing.” We almost all have been taught that as children. What are we taught as humans about safety before stepping into a completely different reality like the internet? Very little.

I could never really figure out why many folks in tech, privacy rights activists, and hackers seemed so cold to me while talking about online child sexual exploitation. I always figured that as a survivor advocate for those affected by these crimes, that specific, skilled group of individuals would be very welcoming and easy to talk to about such serious topics. I actually had one hacker laugh in my face when I brought it up while I was looking for answers. I thought maybe this individual thought I was accusing them of something I wasn’t, so I felt bad for asking. I was constantly extremely disappointed and would ask myself, “Why don’t they care? What could I say to make them care more? What could I say to make them understand the crisis and the level of suffering that happens as a result of the problem?”

I have been serving minor survivors of online child sexual exploitation for years. My first case serving a survivor of this specific crime was in 2018—a 13-year-old girl sexually exploited by a serial predator on Snapchat. That was my first glimpse into this side of the internet. I won a national award for serving the minor survivors of Twitter in 2023, but I had been working on that specific project for a few years. I was nominated by a lawyer representing two survivors in a legal battle against the platform. I’ve never really spoken about this before, but at the time it was a choice for me between fighting Snapchat or Twitter. I chose Twitter—or rather, Twitter chose me. I heard about the story of John Doe #1 and John Doe #2, and I was so unbelievably broken over it that I went to war for multiple years. I was and still am royally pissed about that case. As far as I was concerned, the John Doe #1 case proved that whatever was going on with corporate tech social media was so out of control that I didn’t have time to wait, so I got to work. It was reading the messages that John Doe #1 sent to Twitter begging them to remove his sexual exploitation that broke me. He was a child begging adults to do something. A passion for justice and protecting kids makes you do wild things. I was desperate to find answers about what happened and searched for solutions. In the end, the platform Twitter was purchased. During the acquisition, I just asked Mr. Musk nicely to prioritize the issue of detection and removal of child sexual exploitation without violating digital privacy rights or eroding end-to-end encryption. Elon thanked me multiple times during the acquisition, made some changes, and I was thanked by others on the survivors’ side as well.

I still feel that even with the progress made, I really just scratched the surface with Twitter, now X. I left that passion project when I did for a few reasons. I wanted to give new leadership time to tackle the issue. Elon Musk made big promises that I knew would take a while to fulfill, but mostly I had been watching global legislation transpire around the issue, and frankly, the governments are willing to go much further with X and the rest of corporate tech than I ever would. My work begging Twitter to make changes with easier reporting of content, detection, and removal of child sexual exploitation material—without violating privacy rights or eroding end-to-end encryption—and advocating for the minor survivors of the platform went as far as my principles would have allowed. I’m grateful for that experience. I was still left with a nagging question: “How did things get so bad with Twitter where the John Doe #1 and John Doe #2 case was able to happen in the first place?” I decided to keep looking for answers. I decided to keep pulling the thread.

I never worked for Twitter. This is often confusing for folks. I will say that despite being disappointed in the platform’s leadership at times, I loved Twitter. I saw and still see its value. I definitely love the survivors of the platform, but I also loved the platform. I was a champion of the platform’s ability to give folks from virtually around the globe an opportunity to speak and be heard.

I want to be clear that John Doe #1 really is my why. He is the inspiration. I am writing this because of him. He represents so many globally, and I’m still inspired by his bravery. One child’s voice begging adults to do something—I’m an adult, I heard him. I’d go to war a thousand more lifetimes for that young man, and I don’t even know his name. Fighting has been personally dark at times; I’m not even going to try to sugarcoat it, but it has been worth it.

The data surrounding the very real crime of online child sexual exploitation is available to the public online at any time for anyone to see. I’d encourage you to go look at the data for yourself. I believe in encouraging folks to check multiple sources so that you understand the full picture. If you are uncomfortable just searching around the internet for information about this topic, use the terms “CSAM,” “CSEM,” “SG-CSEM,” or “AI Generated CSAM.” The numbers don’t lie—it’s a nightmare that’s out of control. It’s a big business. The demand is high, and unfortunately, business is booming. Organizations collect the data, tech companies often post their data, governments report frequently, and the corporate press has covered a decent portion of the conversation, so I’m sure you can find a source that you trust.

Technology is changing rapidly, which is great for innovation as a whole but horrible for the crime of online child sexual exploitation. Those wishing to exploit the vulnerable seem to be adapting to each technological change with ease. The governments are so far behind with tackling these issues that as I’m typing this, it’s borderline irrelevant to even include them while speaking about the crime or potential solutions. Technology is changing too rapidly, and their old, broken systems can’t even dare to keep up. Think of it like the governments’ “War on Drugs.” Drugs won. In this case as well, the governments are not winning. The governments are talking about maybe having a meeting on potentially maybe having legislation around the crimes. The time to have that meeting would have been many years ago. I’m not advocating for governments to legislate our way out of this. I’m on the side of educating and innovating our way out of this.

I have been clear while advocating for the minor survivors of corporate tech platforms that I would not advocate for any solution to the crime that would violate digital privacy rights or erode end-to-end encryption. That has been a personal moral position that I was unwilling to budge on. This is an extremely unpopular and borderline nonexistent position in the anti-human trafficking movement and online child protection space. I’m often fearful that I’m wrong about this. I have always thought that a better pathway forward would have been to incentivize innovation for detection and removal of content. I had no previous exposure to privacy rights activists or Cypherpunks—actually, I came to that conclusion by listening to the voices of MENA region political dissidents and human rights activists. After developing relationships with human rights activists from around the globe, I realized how important privacy rights and encryption are for those who need it most globally. I was simply unwilling to give more power, control, and opportunities for mass surveillance to big abusers like governments wishing to enslave entire nations and untrustworthy corporate tech companies to potentially end some portion of abuses online. On top of all of it, it has been clear to me for years that all potential solutions outside of violating digital privacy rights to detect and remove child sexual exploitation online have not yet been explored aggressively. I’ve been disappointed that there hasn’t been more of a conversation around preventing the crime from happening in the first place.

What has been tried is mass surveillance. In China, they are currently under mass surveillance both online and offline, and their behaviors are attached to a social credit score. Unfortunately, even on state-run and controlled social media platforms, they still have child sexual exploitation and abuse imagery pop up along with other crimes and human rights violations. They also have a thriving black market online due to the oppression from the state. In other words, even an entire loss of freedom and privacy cannot end the sexual exploitation of children online. It’s been tried. There is no reason to repeat this method.

It took me an embarrassingly long time to figure out why I always felt a slight coldness from those in tech and privacy-minded individuals about the topic of child sexual exploitation online. I didn’t have any clue about the “Four Horsemen of the Infocalypse.” This is a term coined by Timothy C. May in 1988. I would have been a child myself when he first said it. I actually laughed at myself when I heard the phrase for the first time. I finally got it. The Cypherpunks weren’t wrong about that topic. They were so spot on that it is borderline uncomfortable. I was mad at first that they knew that early during the birth of the internet that this issue would arise and didn’t address it. Then I got over it because I realized that it wasn’t their job. Their job was—is—to write code. Their job wasn’t to be involved and loving parents or survivor advocates. Their job wasn’t to educate children on internet safety or raise awareness; their job was to write code.

They knew that child sexual abuse material would be shared on the internet. They said what would happen—not in a gleeful way, but a prediction. Then it happened.

I equate it now to a concrete company laying down a road. As you’re pouring the concrete, you can say to yourself, “A terrorist might travel down this road to go kill many, and on the flip side, a beautiful child can be born in an ambulance on this road.” Who or what travels down the road is not their responsibility—they are just supposed to lay the concrete. I’d never go to a concrete pourer and ask them to solve terrorism that travels down roads. Under the current system, law enforcement should stop terrorists before they even make it to the road. The solution to this specific problem is not to treat everyone on the road like a terrorist or to not build the road.

So I understand the perceived coldness from those in tech. Not only was it not their job, but bringing up the topic was seen as the equivalent of asking a free person if they wanted to discuss one of the four topics—child abusers, terrorists, drug dealers, intellectual property pirates, etc.—that would usher in digital authoritarianism for all who are online globally.

Privacy rights advocates and groups have put up a good fight. They stood by their principles. Unfortunately, when it comes to corporate tech, I believe that the issue of privacy is almost a complete lost cause at this point. It’s still worth pushing back, but ultimately, it is a losing battle—a ticking time bomb.

I do think that corporate tech providers could have slowed down the inevitable loss of privacy at the hands of the state by prioritizing the detection and removal of CSAM when they all started online. I believe it would have bought some time, fewer would have been traumatized by that specific crime, and I do believe that it could have slowed down the demand for content. If I think too much about that, I’ll go insane, so I try to push the “if maybes” aside, but never knowing if it could have been handled differently will forever haunt me. At night when it’s quiet, I wonder what I would have done differently if given the opportunity. I’ll probably never know how much corporate tech knew and ignored in the hopes that it would go away while the problem continued to get worse. They had different priorities. The most voiceless and vulnerable exploited on corporate tech never had much of a voice, so corporate tech providers didn’t receive very much pushback.

Now I’m about to say something really wild, and you can call me whatever you want to call me, but I’m going to say what I believe to be true. I believe that the governments are either so incompetent that they allowed the proliferation of CSAM online, or they knowingly allowed the problem to fester long enough to have an excuse to violate privacy rights and erode end-to-end encryption. The US government could have seized the corporate tech providers over CSAM, but I believe that they were so useful as a propaganda arm for the regimes that they allowed them to continue virtually unscathed.

That season is done now, and the governments are making the issue a priority. It will come at a high cost. Privacy on corporate tech providers is virtually done as I’m typing this. It feels like a death rattle. I’m not particularly sure that we had much digital privacy to begin with, but the illusion of a veil of privacy feels gone.

To make matters slightly more complex, it would be hard to convince me that once AI really gets going, digital privacy will exist at all.

I believe that there should be a conversation shift to preserving freedoms and human rights in a post-privacy society.

I don’t want to get locked up because AI predicted a nasty post online from me about the government. I’m not a doomer about AI—I’m just going to roll with it personally. I’m looking forward to the positive changes that will be brought forth by AI. I see it as inevitable. A bit of privacy was helpful while it lasted. Please keep fighting to preserve what is left of privacy either way because I could be wrong about all of this.

On the topic of AI, the addition of AI to the horrific crime of child sexual abuse material and child sexual exploitation in multiple ways so far has been devastating. It’s currently out of control. The genie is out of the bottle. I am hopeful that innovation will get us humans out of this, but I’m not sure how or how long it will take. We must be extremely cautious around AI legislation. It should not be illegal to innovate even if some bad comes with the good. I don’t trust that the governments are equipped to decide the best pathway forward for AI. Source: the entire history of the government.

I have been personally negatively impacted by AI-generated content. Every few days, I get another alert that I’m featured again in what’s called “deep fake pornography” without my consent. I’m not happy about it, but what pains me the most is the thought that for a period of time down the road, many globally will experience what myself and others are experiencing now by being digitally sexually abused in this way. If you have ever had your picture taken and posted online, you are also at risk of being exploited in this way. Your child’s image can be used as well, unfortunately, and this is just the beginning of this particular nightmare. It will move to more realistic interpretations of sexual behaviors as technology improves. I have no brave words of wisdom about how to deal with that emotionally. I do have hope that innovation will save the day around this specific issue. I’m nervous that everyone online will have to ID verify due to this issue. I see that as one possible outcome that could help to prevent one problem but inadvertently cause more problems, especially for those living under authoritarian regimes or anyone who needs to remain anonymous online. A zero-knowledge proof (ZKP) would probably be the best solution to these issues. There are some survivors of violence and/or sexual trauma who need to remain anonymous online for various reasons. There are survivor stories available online of those who have been abused in this way. I’d encourage you seek out and listen to their stories.

There have been periods of time recently where I hesitate to say anything at all because more than likely AI will cover most of my concerns about education, awareness, prevention, detection, and removal of child sexual exploitation online, etc.

Unfortunately, some of the most pressing issues we’ve seen online over the last few years come in the form of “sextortion.” Self-generated child sexual exploitation (SG-CSEM) numbers are continuing to be terrifying. I’d strongly encourage that you look into sextortion data. AI + sextortion is also a huge concern. The perpetrators are using the non-sexually explicit images of children and putting their likeness on AI-generated child sexual exploitation content and extorting money, more imagery, or both from minors online. It’s like a million nightmares wrapped into one. The wild part is that these issues will only get more pervasive because technology is harnessed to perpetuate horror at a scale unimaginable to a human mind.

Even if you banned phones and the internet or tried to prevent children from accessing the internet, it wouldn’t solve it. Child sexual exploitation will still be with us until as a society we start to prevent the crime before it happens. That is the only human way out right now.

There is no reset button on the internet, but if I could go back, I’d tell survivor advocates to heed the warnings of the early internet builders and to start education and awareness campaigns designed to prevent as much online child sexual exploitation as possible. The internet and technology moved quickly, and I don’t believe that society ever really caught up. We live in a world where a child can be groomed by a predator in their own home while sitting on a couch next to their parents watching TV. We weren’t ready as a species to tackle the fast-paced algorithms and dangers online. It happened too quickly for parents to catch up. How can you parent for the ever-changing digital world unless you are constantly aware of the dangers?

I don’t think that the internet is inherently bad. I believe that it can be a powerful tool for freedom and resistance. I’ve spoken a lot about the bad online, but there is beauty as well. We often discuss how victims and survivors are abused online; we rarely discuss the fact that countless survivors around the globe have been able to share their experiences, strength, hope, as well as provide resources to the vulnerable. I do question if giving any government or tech company access to censorship, surveillance, etc., online in the name of serving survivors might not actually impact a portion of survivors negatively. There are a fair amount of survivors with powerful abusers protected by governments and the corporate press. If a survivor cannot speak to the press about their abuse, the only place they can go is online, directly or indirectly through an independent journalist who also risks being censored. This scenario isn’t hard to imagine—it already happened in China. During #MeToo, a survivor in China wanted to post their story. The government censored the post, so the survivor put their story on the blockchain. I’m excited that the survivor was creative and brave, but it’s terrifying to think that we live in a world where that situation is a necessity.

I believe that the future for many survivors sharing their stories globally will be on completely censorship-resistant and decentralized protocols. This thought in particular gives me hope. When we listen to the experiences of a diverse group of survivors, we can start to understand potential solutions to preventing the crimes from happening in the first place.

My heart is broken over the gut-wrenching stories of survivors sexually exploited online. Every time I hear the story of a survivor, I do think to myself quietly, “What could have prevented this from happening in the first place?” My heart is with survivors.

My head, on the other hand, is full of the understanding that the internet should remain free. The free flow of information should not be stopped. My mind is with the innocent citizens around the globe that deserve freedom both online and offline.

The problem is that governments don’t only want to censor illegal content that violates human rights—they create legislation that is so broad that it can impact speech and privacy of all. “Don’t you care about the kids?” Yes, I do. I do so much that I’m invested in finding solutions. I also care about all citizens around the globe that deserve an opportunity to live free from a mass surveillance society. If terrorism happens online, I should not be punished by losing my freedom. If drugs are sold online, I should not be punished. I’m not an abuser, I’m not a terrorist, and I don’t engage in illegal behaviors. I refuse to lose freedom because of others’ bad behaviors online.

I want to be clear that on a long enough timeline, the governments will decide that they can be better parents/caregivers than you can if something isn’t done to stop minors from being sexually exploited online. The price will be a complete loss of anonymity, privacy, free speech, and freedom of religion online. I find it rather insulting that governments think they’re better equipped to raise children than parents and caretakers.

So we can’t go backwards—all that we can do is go forward. Those who want to have freedom will find technology to facilitate their liberation. This will lead many over time to decentralized and open protocols. So as far as I’m concerned, this does solve a few of my worries—those who need, want, and deserve to speak freely online will have the opportunity in most countries—but what about online child sexual exploitation?

When I popped up around the decentralized space, I was met with the fear of censorship. I’m not here to censor you. I don’t write code. I couldn’t censor anyone or any piece of content even if I wanted to across the internet, no matter how depraved. I don’t have the skills to do that.

I’m here to start a conversation. Freedom comes at a cost. You must always fight for and protect your freedom. I can’t speak about protecting yourself from all of the Four Horsemen because I simply don’t know the topics well enough, but I can speak about this one topic.

If there was a shortcut to ending online child sexual exploitation, I would have found it by now. There isn’t one right now. I believe that education is the only pathway forward to preventing the crime of online child sexual exploitation for future generations.

I propose a yearly education course for every child of all school ages, taught as a standard part of the curriculum. Ideally, parents/caregivers would be involved in the education/learning process.

Course: - The creation of the internet and computers - The fight for cryptography - The tech supply chain from the ground up (example: human rights violations in the supply chain) - Corporate tech - Freedom tech - Data privacy - Digital privacy rights - AI (history-current) - Online safety (predators, scams, catfishing, extortion) - Bitcoin - Laws - How to deal with online hate and harassment - Information on who to contact if you are being abused online or offline - Algorithms - How to seek out the truth about news, etc., online

The parents/caregivers, homeschoolers, unschoolers, and those working to create decentralized parallel societies have been an inspiration while writing this, but my hope is that all children would learn this course, even in government ran schools. Ideally, parents would teach this to their own children.

The decentralized space doesn’t want child sexual exploitation to thrive. Here’s the deal: there has to be a strong prevention effort in order to protect the next generation. The internet isn’t going anywhere, predators aren’t going anywhere, and I’m not down to let anyone have the opportunity to prove that there is a need for more government. I don’t believe that the government should act as parents. The governments have had a chance to attempt to stop online child sexual exploitation, and they didn’t do it. Can we try a different pathway forward?

I’d like to put myself out of a job. I don’t want to ever hear another story like John Doe #1 ever again. This will require work. I’ve often called online child sexual exploitation the lynchpin for the internet. It’s time to arm generations of children with knowledge and tools. I can’t do this alone.

Individuals have fought so that I could have freedom online. I want to fight to protect it. I don’t want child predators to give the government any opportunity to take away freedom. Decentralized spaces are as close to a reset as we’ll get with the opportunity to do it right from the start. Start the youth off correctly by preventing potential hazards to the best of your ability.

The good news is anyone can work on this! I’d encourage you to take it and run with it. I added the additional education about the history of the internet to make the course more educational and fun. Instead of cleaning up generations of destroyed lives due to online sexual exploitation, perhaps this could inspire generations of those who will build our futures. Perhaps if the youth is armed with knowledge, they can create more tools to prevent the crime.

This one solution that I’m suggesting can be done on an individual level or on a larger scale. It should be adjusted depending on age, learning style, etc. It should be fun and playful.

This solution does not address abuse in the home or some of the root causes of offline child sexual exploitation. My hope is that it could lead to some survivors experiencing abuse in the home an opportunity to disclose with a trusted adult. The purpose for this solution is to prevent the crime of online child sexual exploitation before it occurs and to arm the youth with the tools to contact safe adults if and when it happens.

In closing, I went to hell a few times so that you didn’t have to. I spoke to the mothers of survivors of minors sexually exploited online—their tears could fill rivers. I’ve spoken with political dissidents who yearned to be free from authoritarian surveillance states. The only balance that I’ve found is freedom online for citizens around the globe and prevention from the dangers of that for the youth. Don’t slow down innovation and freedom. Educate, prepare, adapt, and look for solutions.

I’m not perfect and I’m sure that there are errors in this piece. I hope that you find them and it starts a conversation.

@ a39d19ec:3d88f61e

Nun da das deutsche Bundesregime den Ruin Deutschlands beschlossen hat, der sehr wahrscheinlich mit dem Werkzeug des Geld druckens "finanziert" wird, kamen mir so viele Gedanken zur Geldmengenausweitung, dass ich diese für einmal niedergeschrieben habe.

Die Ausweitung der Geldmenge führt aus klassischer wirtschaftlicher Sicht immer zu Preissteigerungen, weil mehr Geld im Umlauf auf eine begrenzte Menge an Gütern trifft. Dies lässt sich in mehreren Schritten analysieren:

1. Quantitätstheorie des Geldes

Die klassische Gleichung der Quantitätstheorie des Geldes lautet:

M • V = P • Y

wobei:
- M die Geldmenge ist,
- V die Umlaufgeschwindigkeit des Geldes,
- P das Preisniveau,
- Y die reale Wirtschaftsleistung (BIP).

Wenn M steigt und V sowie Y konstant bleiben, muss P steigen – also Inflation entstehen.

2. Gütermenge bleibt begrenzt

Die Menge an real produzierten Gütern und Dienstleistungen wächst meist nur langsam im Vergleich zur Ausweitung der Geldmenge. Wenn die Geldmenge schneller steigt als die Produktionsgütermenge, führt dies dazu, dass mehr Geld für die gleiche Menge an Waren zur Verfügung steht – die Preise steigen.

3. Erwartungseffekte und Spekulation

Wenn Unternehmen und Haushalte erwarten, dass mehr Geld im Umlauf ist, da eine zentrale Planung es so wollte, können sie steigende Preise antizipieren. Unternehmen erhöhen ihre Preise vorab, und Arbeitnehmer fordern höhere Löhne. Dies kann eine sich selbst verstärkende Spirale auslösen.

4. Internationale Perspektive

Eine erhöhte Geldmenge kann die Währung abwerten, wenn andere Länder ihre Geldpolitik stabil halten. Eine schwächere Währung macht Importe teurer, was wiederum Preissteigerungen antreibt.

5. Kritik an der reinen Geldmengen-Theorie

Der Vollständigkeit halber muss erwähnt werden, dass die meisten modernen Ökonomen im Staatsauftrag argumentieren, dass Inflation nicht nur von der Geldmenge abhängt, sondern auch von der Nachfrage nach Geld (z. B. in einer Wirtschaftskrise). Dennoch zeigt die historische Erfahrung, dass eine unkontrollierte Geldmengenausweitung langfristig immer zu Preissteigerungen führt, wie etwa in der Hyperinflation der Weimarer Republik oder in Simbabwe.

@ 91bea5cd:1df4451c

Um bom gerenciamento de senhas deve ser simples e seguir a filosofia do Unix.  Organizado em hierarquia e fácil de passar de um computador para outro.

E por isso não é recomendável o uso de aplicativos de terceiros que tenham acesso a suas chaves(senhas) em seus servidores, tampouco as opções nativas dos navegadores, que também pertencem a grandes empresas que fazem um grande esforço para ter acesso a nossas informações.

Recomendação

• pass
• Qtpass (gerenciador gráfico)

Com ele seus dados são criptografados usando sua chave gpg e salvo em arquivos organizados por pastas de forma hierárquica, podendo ser integrado a um serviço git de sua escolha ou copiado facilmente de um local para outro.

Uso

O seu uso é bem simples.

Configuração:

pass git init

Para ver:

pass Email/example.com

Copiar para área de transferência (exige xclip):

pass -c Email/example.com

Para inserir:

pass insert Email/example0.com

Para inserir e gerar senha:

pass generate Email/example1.com

Para inserir e gerar senha sem símbolos:

pass generate --no-symbols Email/example1.com

Para inserir, gerar senha e copiar para área de transferência :

pass generate -c Email/example1.com

Para remover:

pass rm Email/example.com

@ 91bea5cd:1df4451c

O que é Tahoe-LAFS?

Bem-vindo ao Tahoe-LAFS_, o primeiro sistema de armazenamento descentralizado com

• Segurança independente do provedor * .

Tahoe-LAFS é um sistema que ajuda você a armazenar arquivos. Você executa um cliente Programa no seu computador, que fala com um ou mais servidores de armazenamento em outros computadores. Quando você diz ao seu cliente para armazenar um arquivo, ele irá criptografar isso Arquivo, codifique-o em múltiplas peças, depois espalhe essas peças entre Vários servidores. As peças são todas criptografadas e protegidas contra Modificações. Mais tarde, quando você pede ao seu cliente para recuperar o arquivo, ele irá Encontre as peças necessárias, verifique se elas não foram corrompidas e remontadas Eles, e descriptografar o resultado.

O cliente cria mais peças (ou "compartilhamentos") do que acabará por precisar, então Mesmo que alguns servidores falhem, você ainda pode recuperar seus dados. Corrompido Os compartilhamentos são detectados e ignorados, de modo que o sistema pode tolerar o lado do servidor Erros no disco rígido. Todos os arquivos são criptografados (com uma chave exclusiva) antes Uploading, então mesmo um operador de servidor mal-intencionado não pode ler seus dados. o A única coisa que você pede aos servidores é que eles podem (geralmente) fornecer o Compartilha quando você os solicita: você não está confiando sobre eles para Confidencialidade, integridade ou disponibilidade absoluta.

O que é "segurança independente do provedor"?

Todo vendedor de serviços de armazenamento na nuvem irá dizer-lhe que o seu serviço é "seguro". Mas o que eles significam com isso é algo fundamentalmente diferente Do que queremos dizer. O que eles significam por "seguro" é que depois de ter dado Eles o poder de ler e modificar seus dados, eles tentam muito difícil de não deixar Esse poder seja abusado. Isso acaba por ser difícil! Insetos, Configurações incorretas ou erro do operador podem acidentalmente expor seus dados para Outro cliente ou para o público, ou pode corromper seus dados. Criminosos Ganho rotineiramente de acesso ilícito a servidores corporativos. Ainda mais insidioso é O fato de que os próprios funcionários às vezes violam a privacidade do cliente De negligência, avareza ou mera curiosidade. O mais consciencioso de Esses prestadores de serviços gastam consideráveis ​​esforços e despesas tentando Mitigar esses riscos.

O que queremos dizer com "segurança" é algo diferente. * O provedor de serviços Nunca tem a capacidade de ler ou modificar seus dados em primeiro lugar: nunca. * Se você usa Tahoe-LAFS, então todas as ameaças descritas acima não são questões para você. Não só é fácil e barato para o provedor de serviços Manter a segurança de seus dados, mas na verdade eles não podem violar sua Segurança se eles tentaram. Isto é o que chamamos de * independente do fornecedor segurança*.

Esta garantia está integrada naturalmente no sistema de armazenamento Tahoe-LAFS e Não exige que você execute um passo de pré-criptografia manual ou uma chave complicada gestão. (Afinal, ter que fazer operações manuais pesadas quando Armazenar ou acessar seus dados anularia um dos principais benefícios de Usando armazenamento em nuvem em primeiro lugar: conveniência.)

Veja como funciona:

Uma "grade de armazenamento" é constituída por uma série de servidores de armazenamento. Um servidor de armazenamento Tem armazenamento direto em anexo (tipicamente um ou mais discos rígidos). Um "gateway" Se comunica com os nós de armazenamento e os usa para fornecer acesso ao Rede sobre protocolos como HTTP (S), SFTP ou FTP.

Observe que você pode encontrar "cliente" usado para se referir aos nós do gateway (que atuam como Um cliente para servidores de armazenamento) e também para processos ou programas que se conectam a Um nó de gateway e operações de execução na grade - por exemplo, uma CLI Comando, navegador da Web, cliente SFTP ou cliente FTP.

Os usuários não contam com servidores de armazenamento para fornecer * confidencialidade * nem

• Integridade * para seus dados - em vez disso, todos os dados são criptografados e Integridade verificada pelo gateway, para que os servidores não possam ler nem Modifique o conteúdo dos arquivos.

Os usuários dependem de servidores de armazenamento para * disponibilidade *. O texto cifrado é Codificado por apagamento em partes N distribuídas em pelo menos H distintas Servidores de armazenamento (o valor padrão para N é 10 e para H é 7) então Que pode ser recuperado de qualquer K desses servidores (o padrão O valor de K é 3). Portanto, apenas a falha do H-K + 1 (com o Padrões, 5) servidores podem tornar os dados indisponíveis.

No modo de implantação típico, cada usuário executa seu próprio gateway sozinho máquina. Desta forma, ela confia em sua própria máquina para a confidencialidade e Integridade dos dados.

Um modo de implantação alternativo é que o gateway é executado em uma máquina remota e O usuário se conecta ao HTTPS ou SFTP. Isso significa que o operador de O gateway pode visualizar e modificar os dados do usuário (o usuário * depende de * o Gateway para confidencialidade e integridade), mas a vantagem é que a O usuário pode acessar a grade Tahoe-LAFS com um cliente que não possui o Software de gateway instalado, como um quiosque de internet ou celular.

Controle de acesso

Existem dois tipos de arquivos: imutáveis ​​e mutáveis. Quando você carrega um arquivo Para a grade de armazenamento, você pode escolher o tipo de arquivo que será no grade. Os arquivos imutáveis ​​não podem ser modificados quando foram carregados. UMA O arquivo mutable pode ser modificado por alguém com acesso de leitura e gravação. Um usuário Pode ter acesso de leitura e gravação a um arquivo mutable ou acesso somente leitura, ou não Acesso a ele.

Um usuário que tenha acesso de leitura e gravação a um arquivo mutable ou diretório pode dar Outro acesso de leitura e gravação do usuário a esse arquivo ou diretório, ou eles podem dar Acesso somente leitura para esse arquivo ou diretório. Um usuário com acesso somente leitura Para um arquivo ou diretório pode dar acesso a outro usuário somente leitura.

Ao vincular um arquivo ou diretório a um diretório pai, você pode usar um Link de leitura-escrita ou um link somente de leitura. Se você usar um link de leitura e gravação, então Qualquer pessoa que tenha acesso de leitura e gravação ao diretório pai pode obter leitura-escrita Acesso à criança e qualquer pessoa que tenha acesso somente leitura ao pai O diretório pode obter acesso somente leitura à criança. Se você usar uma leitura somente Link, qualquer pessoa que tenha lido-escrito ou acesso somente leitura ao pai O diretório pode obter acesso somente leitura à criança.

================================================== ==== Usando Tahoe-LAFS com uma rede anônima: Tor, I2P ================================================== ====

. `Visão geral '

. `Casos de uso '

. Software Dependencies_

#. Tor #. I2P

. `Configuração de conexão '

. `Configuração de Anonimato '

#. Anonimato do cliente ' #.Anonimato de servidor, configuração manual ' #. `Anonimato de servidor, configuração automática '

. `Problemas de desempenho e segurança '

Visão geral

Tor é uma rede anonimização usada para ajudar a esconder a identidade da Internet Clientes e servidores. Consulte o site do Tor Project para obter mais informações: Https://www.torproject.org/

I2P é uma rede de anonimato descentralizada que se concentra no anonimato de ponta a ponta Entre clientes e servidores. Consulte o site I2P para obter mais informações: Https://geti2p.net/

Casos de uso

Existem três casos de uso potenciais para Tahoe-LAFS do lado do cliente:

1. O usuário deseja sempre usar uma rede de anonimato (Tor, I2P) para proteger Seu anonimato quando se conecta às redes de armazenamento Tahoe-LAFS (seja ou Não os servidores de armazenamento são anônimos).

2. O usuário não se preocupa em proteger seu anonimato, mas eles desejam se conectar a Servidores de armazenamento Tahoe-LAFS que são acessíveis apenas através de Tor Hidden Services ou I2P.

3. Tor é usado apenas se uma sugestão de conexão do servidor usar tor:. Essas sugestões Geralmente tem um endereço .onion.

4. I2P só é usado se uma sugestão de conexão do servidor usa i2p:. Essas sugestões Geralmente têm um endereço .i2p.

5. O usuário não se preocupa em proteger seu anonimato ou para se conectar a um anonimato Servidores de armazenamento. Este documento não é útil para você ... então pare de ler.

Para servidores de armazenamento Tahoe-LAFS existem três casos de uso:

1. O operador deseja proteger o anonimato fazendo seu Tahoe Servidor acessível apenas em I2P, através de Tor Hidden Services, ou ambos.

2. O operador não * requer * anonimato para o servidor de armazenamento, mas eles Quer que ele esteja disponível tanto no TCP / IP roteado publicamente quanto através de um Rede de anonimização (I2P, Tor Hidden Services). Uma possível razão para fazer Isso é porque ser alcançável através de uma rede de anonimato é um Maneira conveniente de ignorar NAT ou firewall que impede roteios públicos Conexões TCP / IP ao seu servidor (para clientes capazes de se conectar a Tais servidores). Outro é o que torna o seu servidor de armazenamento acessível Através de uma rede de anonimato pode oferecer uma melhor proteção para sua Clientes que usam essa rede de anonimato para proteger seus anonimato.

3. O operador do servidor de armazenamento não se preocupa em proteger seu próprio anonimato nem Para ajudar os clientes a proteger o deles. Pare de ler este documento e execute Seu servidor de armazenamento Tahoe-LAFS usando TCP / IP com roteamento público.

Veja esta página do Tor Project para obter mais informações sobre Tor Hidden Services: Https://www.torproject.org/docs/hidden-services.html.pt

Veja esta página do Projeto I2P para obter mais informações sobre o I2P: Https://geti2p.net/en/about/intro

Dependências de software

Tor

Os clientes que desejam se conectar a servidores baseados em Tor devem instalar o seguinte.

• Tor (tor) deve ser instalado. Veja aqui: Https://www.torproject.org/docs/installguide.html.en. No Debian / Ubuntu, Use apt-get install tor. Você também pode instalar e executar o navegador Tor Agrupar.

• Tahoe-LAFS deve ser instalado com o [tor] "extra" habilitado. Isso vai Instale txtorcon ::

Pip install tahoe-lafs [tor]

Os servidores Tor-configurados manualmente devem instalar Tor, mas não precisam Txtorcon ou o [tor] extra. Configuração automática, quando Implementado, vai precisar destes, assim como os clientes.

I2P

Os clientes que desejam se conectar a servidores baseados em I2P devem instalar o seguinte. Tal como acontece com Tor, os servidores baseados em I2P configurados manualmente precisam do daemon I2P, mas Não há bibliotecas especiais de apoio Tahoe-side.

• I2P deve ser instalado. Veja aqui: Https://geti2p.net/en/download

• A API SAM deve estar habilitada.

• Inicie o I2P.

• Visite http://127.0.0.1:7657/configclients no seu navegador.
• Em "Configuração do Cliente", marque a opção "Executar no Startup?" Caixa para "SAM Ponte de aplicação ".
• Clique em "Salvar Configuração do Cliente".

• Clique no controle "Iniciar" para "ponte de aplicação SAM" ou reinicie o I2P.

• Tahoe-LAFS deve ser instalado com o [i2p] extra habilitado, para obter Txi2p ::

Pip install tahoe-lafs [i2p]

Tor e I2P

Os clientes que desejam se conectar a servidores baseados em Tor e I2P devem instalar tudo acima. Em particular, Tahoe-LAFS deve ser instalado com ambos Extras habilitados ::

Pip install tahoe-lafs [tor, i2p]

Configuração de conexão

Consulte: ref: Connection Management para uma descrição do[tor]e [I2p] seções de tahoe.cfg. Estes controlam como o cliente Tahoe Conecte-se a um daemon Tor / I2P e, assim, faça conexões com Tor / I2P-baseadas Servidores.

As seções [tor] e [i2p] só precisam ser modificadas para serem usadas de forma incomum Configurações ou para habilitar a configuração automática do servidor.

A configuração padrão tentará entrar em contato com um daemon local Tor / I2P Ouvindo as portas usuais (9050/9150 para Tor, 7656 para I2P). Enquanto Há um daemon em execução no host local e o suporte necessário Bibliotecas foram instaladas, os clientes poderão usar servidores baseados em Tor Sem qualquer configuração especial.

No entanto, note que esta configuração padrão não melhora a Anonimato: as conexões TCP normais ainda serão feitas em qualquer servidor que Oferece um endereço regular (cumpre o segundo caso de uso do cliente acima, não o terceiro). Para proteger o anonimato, os usuários devem configurar o [Connections] da seguinte maneira:

[Conexões] Tcp = tor

Com isso, o cliente usará Tor (em vez de um IP-address -reviração de conexão direta) para alcançar servidores baseados em TCP.

Configuração de anonimato

Tahoe-LAFS fornece uma configuração "flag de segurança" para indicar explicitamente Seja necessário ou não a privacidade do endereço IP para um nó ::

[nó] Revelar-IP-address = (booleano, opcional)

Quando revelar-IP-address = False, Tahoe-LAFS se recusará a iniciar se algum dos As opções de configuração em tahoe.cfg revelariam a rede do nó localização:

• [Conexões] tcp = tor é necessário: caso contrário, o cliente faria Conexões diretas para o Introdução, ou qualquer servidor baseado em TCP que aprende Do Introdutor, revelando seu endereço IP para esses servidores e um Rede de espionagem. Com isso, Tahoe-LAFS só fará Conexões de saída através de uma rede de anonimato suportada.

• Tub.location deve ser desativado ou conter valores seguros. este O valor é anunciado para outros nós através do Introdutor: é como um servidor Anuncia sua localização para que os clientes possam se conectar a ela. No modo privado, ele É um erro para incluir um tcp: dica no tub.location. Modo privado Rejeita o valor padrão de tub.location (quando a chave está faltando Inteiramente), que é AUTO, que usa ifconfig para adivinhar o nó Endereço IP externo, o que o revelaria ao servidor e a outros clientes.

Esta opção é ** crítica ** para preservar o anonimato do cliente (cliente Caso de uso 3 de "Casos de uso", acima). Também é necessário preservar uma Anonimato do servidor (caso de uso do servidor 3).

Esse sinalizador pode ser configurado (para falso), fornecendo o argumento --hide-ip para Os comandos create-node, create-client ou create-introducer.

Observe que o valor padrão de revelar-endereço IP é verdadeiro, porque Infelizmente, esconder o endereço IP do nó requer software adicional para ser Instalado (conforme descrito acima) e reduz o desempenho.

Anonimato do cliente

Para configurar um nó de cliente para anonimato, tahoe.cfg ** deve ** conter o Seguindo as bandeiras de configuração ::

[nó] Revelar-IP-address = False Tub.port = desativado Tub.location = desativado

Uma vez que o nodo Tahoe-LAFS foi reiniciado, ele pode ser usado anonimamente (cliente Caso de uso 3).

Anonimato do servidor, configuração manual

Para configurar um nó de servidor para ouvir em uma rede de anonimato, devemos primeiro Configure Tor para executar um "Serviço de cebola" e encaminhe as conexões de entrada para o Porto Tahoe local. Então, configuramos Tahoe para anunciar o endereço .onion Aos clientes. Também configuramos Tahoe para não fazer conexões TCP diretas.

• Decida em um número de porta de escuta local, chamado PORT. Isso pode ser qualquer não utilizado Porta de cerca de 1024 até 65535 (dependendo do kernel / rede do host Config). Nós diremos a Tahoe para escutar nesta porta, e nós diremos a Tor para Encaminhe as conexões de entrada para ele.
• Decida em um número de porta externo, chamado VIRTPORT. Isso será usado no Localização anunciada e revelada aos clientes. Pode ser qualquer número de 1 Para 65535. Pode ser o mesmo que PORT, se quiser.
• Decida em um "diretório de serviço oculto", geralmente em / var / lib / tor / NAME. Pediremos a Tor para salvar o estado do serviço de cebola aqui, e Tor irá Escreva o endereço .onion aqui depois que ele for gerado.

Em seguida, faça o seguinte:

• Crie o nó do servidor Tahoe (com tahoe create-node), mas não ** não ** Lança-o ainda.

• Edite o arquivo de configuração Tor (normalmente em / etc / tor / torrc). Precisamos adicionar Uma seção para definir o serviço oculto. Se nossa PORT for 2000, VIRTPORT é 3000, e estamos usando / var / lib / tor / tahoe como o serviço oculto Diretório, a seção deve se parecer com ::

  HiddenServiceDir / var / lib / tor / tahoe HiddenServicePort 3000 127.0.0.1:2000

• Reinicie Tor, com systemctl restart tor. Aguarde alguns segundos.

• Leia o arquivo hostname no diretório de serviço oculto (por exemplo, / Var / lib / tor / tahoe / hostname). Este será um endereço .onion, como U33m4y7klhz3b.onion. Ligue para esta CEBOLA.

• Edite tahoe.cfg para configurar tub.port para usar Tcp: PORT: interface = 127.0.0.1 e tub.location para usar Tor: ONION.onion: VIRTPORT. Usando os exemplos acima, isso seria ::

  [nó] Revelar-endereço IP = falso Tub.port = tcp: 2000: interface = 127.0.0.1 Tub.location = tor: u33m4y7klhz3b.onion: 3000 [Conexões] Tcp = tor

• Inicie o servidor Tahoe com tahoe start $ NODEDIR

A seção tub.port fará com que o servidor Tahoe ouça no PORT, mas Ligue o soquete de escuta à interface de loopback, que não é acessível Do mundo exterior (mas * é * acessível pelo daemon Tor local). Então o A seção tcp = tor faz com que Tahoe use Tor quando se conecta ao Introdução, escondendo o endereço IP. O nó se anunciará a todos Clientes que usam `tub.location``, então os clientes saberão que devem usar o Tor Para alcançar este servidor (e não revelar seu endereço IP através do anúncio). Quando os clientes se conectam ao endereço da cebola, seus pacotes serão Atravessar a rede de anonimato e eventualmente aterrar no Tor local Daemon, que então estabelecerá uma conexão com PORT no localhost, que é Onde Tahoe está ouvindo conexões.

Siga um processo similar para construir um servidor Tahoe que escuta no I2P. o O mesmo processo pode ser usado para ouvir tanto o Tor como o I2P (tub.location = Tor: ONION.onion: VIRTPORT, i2p: ADDR.i2p). Também pode ouvir tanto Tor como TCP simples (caso de uso 2), com tub.port = tcp: PORT, tub.location = Tcp: HOST: PORT, tor: ONION.onion: VIRTPORT e anonymous = false (e omite A configuração tcp = tor, já que o endereço já está sendo transmitido através de O anúncio de localização).

Anonimato do servidor, configuração automática

Para configurar um nó do servidor para ouvir em uma rede de anonimato, crie o Nó com a opção --listen = tor. Isso requer uma configuração Tor que Ou lança um novo daemon Tor, ou tem acesso à porta de controle Tor (e Autoridade suficiente para criar um novo serviço de cebola). Nos sistemas Debian / Ubuntu, faça Apt install tor, adicione-se ao grupo de controle com adduser YOURUSERNAME debian-tor e, em seguida, inicie sessão e faça o login novamente: se os groups O comando inclui debian-tor na saída, você deve ter permissão para Use a porta de controle de domínio unix em / var / run / tor / control.

Esta opção irá definir revelar-IP-address = False e [connections] tcp = Tor. Ele alocará as portas necessárias, instruirá Tor para criar a cebola Serviço (salvando a chave privada em algum lugar dentro de NODEDIR / private /), obtenha O endereço .onion e preencha tub.port e tub.location corretamente.

Problemas de desempenho e segurança

Se você estiver executando um servidor que não precisa ser Anônimo, você deve torná-lo acessível através de uma rede de anonimato ou não? Ou você pode torná-lo acessível * ambos * através de uma rede de anonimato E como um servidor TCP / IP rastreável publicamente?

Existem várias compensações efetuadas por esta decisão.

Penetração NAT / Firewall

Fazer com que um servidor seja acessível via Tor ou I2P o torna acessível (por Clientes compatíveis com Tor / I2P) mesmo que existam NAT ou firewalls que impeçam Conexões TCP / IP diretas para o servidor.

Anonimato

Tornar um servidor Tahoe-LAFS acessível * somente * via Tor ou I2P pode ser usado para Garanta que os clientes Tahoe-LAFS usem Tor ou I2P para se conectar (Especificamente, o servidor só deve anunciar endereços Tor / I2P no Chave de configuração tub.location). Isso evita que os clientes mal configurados sejam Desingonizando-se acidentalmente, conectando-se ao seu servidor através de A Internet rastreável.

Claramente, um servidor que está disponível como um serviço Tor / I2P * e * a O endereço TCP regular não é anônimo: o endereço do .on e o real O endereço IP do servidor é facilmente vinculável.

Além disso, a interação, através do Tor, com um Tor Oculto pode ser mais Protegido da análise do tráfego da rede do que a interação, através do Tor, Com um servidor TCP / IP com rastreamento público

** XXX há um documento mantido pelos desenvolvedores de Tor que comprovem ou refutam essa crença? Se assim for, precisamos ligar a ele. Caso contrário, talvez devêssemos explicar mais aqui por que pensamos isso? **

Linkability

A partir de 1.12.0, o nó usa uma única chave de banheira persistente para saída Conexões ao Introdutor e conexões de entrada para o Servidor de Armazenamento (E Helper). Para os clientes, uma nova chave Tub é criada para cada servidor de armazenamento Nós aprendemos sobre, e essas chaves são * não * persistiram (então elas mudarão cada uma delas Tempo que o cliente reinicia).

Clientes que atravessam diretórios (de rootcap para subdiretório para filecap) são É provável que solicitem os mesmos índices de armazenamento (SIs) na mesma ordem de cada vez. Um cliente conectado a vários servidores irá pedir-lhes todos para o mesmo SI em Quase ao mesmo tempo. E dois clientes que compartilham arquivos ou diretórios Irá visitar os mesmos SI (em várias ocasiões).

Como resultado, as seguintes coisas são vinculáveis, mesmo com revelar-endereço IP = Falso:

• Servidores de armazenamento podem vincular reconhecer várias conexões do mesmo Cliente ainda não reiniciado. (Observe que o próximo recurso de Contabilidade pode Faz com que os clientes apresentem uma chave pública persistente do lado do cliente quando Conexão, que será uma ligação muito mais forte).
• Os servidores de armazenamento provavelmente podem deduzir qual cliente está acessando dados, por Olhando as SIs sendo solicitadas. Vários servidores podem conciliar Determine que o mesmo cliente está falando com todos eles, mesmo que o TubIDs são diferentes para cada conexão.
• Os servidores de armazenamento podem deduzir quando dois clientes diferentes estão compartilhando dados.
• O Introdutor pode entregar diferentes informações de servidor para cada um Cliente subscrito, para particionar clientes em conjuntos distintos de acordo com Quais as conexões do servidor que eles eventualmente fazem. Para clientes + nós de servidor, ele Também pode correlacionar o anúncio do servidor com o cliente deduzido identidade.

atuação

Um cliente que se conecta a um servidor Tahoe-LAFS com rastreamento público através de Tor Incorrem em latência substancialmente maior e, às vezes, pior Mesmo cliente se conectando ao mesmo servidor através de um TCP / IP rastreável normal conexão. Quando o servidor está em um Tor Hidden Service, ele incorre ainda mais Latência e, possivelmente, ainda pior rendimento.

Conectando-se a servidores Tahoe-LAFS que são servidores I2P incorrem em maior latência E pior rendimento também.

Efeitos positivos e negativos em outros usuários Tor

O envio de seu tráfego Tahoe-LAFS sobre o Tor adiciona tráfego de cobertura para outros Tor usuários que também estão transmitindo dados em massa. Então isso é bom para Eles - aumentando seu anonimato.

No entanto, torna o desempenho de outros usuários do Tor Sessões - por exemplo, sessões ssh - muito pior. Isso é porque Tor Atualmente não possui nenhuma prioridade ou qualidade de serviço Recursos, para que as teclas de Ssh de outra pessoa possam ter que esperar na fila Enquanto o conteúdo do arquivo em massa é transmitido. O atraso adicional pode Tornar as sessões interativas de outras pessoas inutilizáveis.

Ambos os efeitos são duplicados se você carregar ou baixar arquivos para um Tor Hidden Service, em comparação com se você carregar ou baixar arquivos Over Tor para um servidor TCP / IP com rastreamento público

Efeitos positivos e negativos em outros usuários do I2P

Enviar seu tráfego Tahoe-LAFS ao I2P adiciona tráfego de cobertura para outros usuários do I2P Que também estão transmitindo dados. Então, isso é bom para eles - aumentando sua anonimato. Não prejudicará diretamente o desempenho de outros usuários do I2P Sessões interativas, porque a rede I2P possui vários controles de congestionamento e Recursos de qualidade de serviço, como priorizar pacotes menores.

No entanto, se muitos usuários estão enviando tráfego Tahoe-LAFS ao I2P e não tiverem Seus roteadores I2P configurados para participar de muito tráfego, então o I2P A rede como um todo sofrerá degradação. Cada roteador Tahoe-LAFS que usa o I2P tem Seus próprios túneis de anonimato que seus dados são enviados. Em média, um O nó Tahoe-LAFS requer 12 outros roteadores I2P para participar de seus túneis.

Portanto, é importante que o seu roteador I2P esteja compartilhando a largura de banda com outros Roteadores, para que você possa retornar enquanto usa o I2P. Isso nunca prejudicará a Desempenho de seu nó Tahoe-LAFS, porque seu roteador I2P sempre Priorize seu próprio tráfego.

=========================

Como configurar um servidor

Muitos nós Tahoe-LAFS são executados como "servidores", o que significa que eles fornecem serviços para Outras máquinas (isto é, "clientes"). Os dois tipos mais importantes são os Introdução e Servidores de armazenamento.

Para ser útil, os servidores devem ser alcançados pelos clientes. Os servidores Tahoe podem ouvir Em portas TCP e anunciar sua "localização" (nome do host e número da porta TCP) Para que os clientes possam se conectar a eles. Eles também podem ouvir os serviços de cebola "Tor" E portas I2P.

Os servidores de armazenamento anunciam sua localização ao anunciá-lo ao Introdutivo, Que então transmite a localização para todos os clientes. Então, uma vez que a localização é Determinado, você não precisa fazer nada de especial para entregá-lo.

O próprio apresentador possui uma localização, que deve ser entregue manualmente a todos Servidores de armazenamento e clientes. Você pode enviá-lo para os novos membros do seu grade. Esta localização (juntamente com outros identificadores criptográficos importantes) é Escrito em um arquivo chamado private / introducer.furl no Presenter's Diretório básico, e deve ser fornecido como o argumento --introducer = para Tahoe create-node ou tahoe create-node.

O primeiro passo ao configurar um servidor é descobrir como os clientes irão alcançar. Então você precisa configurar o servidor para ouvir em algumas portas, e Depois configure a localização corretamente.

Configuração manual

Cada servidor tem duas configurações em seu arquivo tahoe.cfg: tub.port, e Tub.location. A "porta" controla o que o nó do servidor escuta: isto Geralmente é uma porta TCP.

A "localização" controla o que é anunciado para o mundo exterior. Isto é um "Sugestão de conexão foolscap", e inclui tanto o tipo de conexão (Tcp, tor ou i2p) e os detalhes da conexão (nome do host / endereço, porta número). Vários proxies, gateways e redes de privacidade podem ser Envolvido, então não é incomum para tub.port e tub.location para olhar diferente.

Você pode controlar diretamente a configuração tub.port e tub.location Configurações, fornecendo --port = e --location = ao executar tahoe Create-node.

Configuração automática

Em vez de fornecer --port = / - location =, você pode usar --listen =. Os servidores podem ouvir em TCP, Tor, I2P, uma combinação desses ou nenhum. O argumento --listen = controla quais tipos de ouvintes o novo servidor usará.

--listen = none significa que o servidor não deve ouvir nada. Isso não Faz sentido para um servidor, mas é apropriado para um nó somente cliente. o O comando tahoe create-client inclui automaticamente --listen = none.

--listen = tcp é o padrão e liga uma porta de escuta TCP padrão. Usar --listen = tcp requer um argumento --hostname = também, que será Incorporado no local anunciado do nó. Descobrimos que os computadores Não pode determinar de forma confiável seu nome de host acessível externamente, então, em vez de Ter o servidor adivinhar (ou escanear suas interfaces para endereços IP Isso pode ou não ser apropriado), a criação de nó requer que o usuário Forneça o nome do host.

--listen = tor conversará com um daemon Tor local e criará uma nova "cebola" Servidor "(que se parece comalzrgrdvxct6c63z.onion). --listen = i2p` conversará com um daemon I2P local e criará um novo servidor endereço. Consulte: doc:anonymity-configuration` para obter detalhes.

Você pode ouvir nos três usando --listen = tcp, tor, i2p.

Cenários de implantação

A seguir, alguns cenários sugeridos para configurar servidores usando Vários transportes de rede. Estes exemplos não incluem a especificação de um Apresentador FURL que normalmente você gostaria quando provisionamento de armazenamento Nós. Para estes e outros detalhes de configuração, consulte : Doc: configuration.

. `Servidor possui um nome DNS público '

. Servidor possui um endereço público IPv4 / IPv6_

. O servidor está por trás de um firewall com encaminhamento de porta_

. Usando o I2P / Tor para evitar o encaminhamento da porta_

O servidor possui um nome DNS público

O caso mais simples é o local onde o host do servidor está diretamente conectado ao Internet, sem um firewall ou caixa NAT no caminho. A maioria dos VPS (Virtual Private Servidor) e servidores colocados são assim, embora alguns fornecedores bloqueiem Muitas portas de entrada por padrão.

Para esses servidores, tudo o que você precisa saber é o nome do host externo. O sistema O administrador irá dizer-lhe isso. O principal requisito é que este nome de host Pode ser pesquisado no DNS, e ele será mapeado para um endereço IPv4 ou IPv6 que Alcançará a máquina.

Se o seu nome de host for example.net, então você criará o introdutor como esta::

Tahoe create-introducer --hostname example.com ~ / introducer

Ou um servidor de armazenamento como ::

Tahoe create-node --hostname = example.net

Estes irão alocar uma porta TCP (por exemplo, 12345), atribuir tub.port para ser Tcp: 12345 e tub.location serão tcp: example.com: 12345.

Idealmente, isso também deveria funcionar para hosts compatíveis com IPv6 (onde o nome DNS Fornece um registro "AAAA", ou ambos "A" e "AAAA"). No entanto Tahoe-LAFS O suporte para IPv6 é novo e ainda pode ter problemas. Por favor, veja o ingresso # 867_ para detalhes.

.. _ # 867: https://tahoe-lafs.org/trac/tahoe-lafs/ticket/867

O servidor possui um endereço público IPv4 / IPv6

Se o host tiver um endereço IPv4 (público) rotativo (por exemplo, 203.0.113.1```), mas Nenhum nome DNS, você precisará escolher uma porta TCP (por exemplo, 3457``) e usar o Segue::

Tahoe create-node --port = tcp: 3457 - localização = tcp: 203.0.113.1: 3457

--port é uma "string de especificação de ponto de extremidade" que controla quais locais Porta em que o nó escuta. --location é a "sugestão de conexão" que ele Anuncia para outros, e descreve as conexões de saída que essas Os clientes irão fazer, por isso precisa trabalhar a partir da sua localização na rede.

Os nós Tahoe-LAFS escutam em todas as interfaces por padrão. Quando o host é Multi-homed, você pode querer fazer a ligação de escuta ligar apenas a uma Interface específica, adicionando uma opção interface = ao --port = argumento::

Tahoe create-node --port = tcp: 3457: interface = 203.0.113.1 - localização = tcp: 203.0.113.1: 3457

Se o endereço público do host for IPv6 em vez de IPv4, use colchetes para Envolva o endereço e altere o tipo de nó de extremidade para tcp6 ::

Tahoe create-node --port = tcp6: 3457 - localização = tcp: [2001: db8 :: 1]: 3457

Você pode usar interface = para vincular a uma interface IPv6 específica também, no entanto Você deve fazer uma barra invertida - escapar dos dois pontos, porque, de outra forma, eles são interpretados Como delimitadores pelo idioma de especificação do "ponto final" torcido. o --location = argumento não precisa de dois pontos para serem escapados, porque eles são Envolto pelos colchetes ::

Tahoe create-node --port = tcp6: 3457: interface = 2001 \: db8 \: \: 1 --location = tcp: [2001: db8 :: 1]: 3457

Para hosts somente IPv6 com registros DNS AAAA, se o simples --hostname = A configuração não funciona, eles podem ser informados para ouvir especificamente Porta compatível com IPv6 com este ::

Tahoe create-node --port = tcp6: 3457 - localização = tcp: example.net: 3457

O servidor está por trás de um firewall com encaminhamento de porta

Para configurar um nó de armazenamento por trás de um firewall com encaminhamento de porta, você irá precisa saber:

• Endereço IPv4 público do roteador
• A porta TCP que está disponível de fora da sua rede
• A porta TCP que é o destino de encaminhamento
• Endereço IPv4 interno do nó de armazenamento (o nó de armazenamento em si é Desconhece esse endereço e não é usado durante tahoe create-node, Mas o firewall deve ser configurado para enviar conexões para isso)

Os números de porta TCP internos e externos podem ser iguais ou diferentes Dependendo de como o encaminhamento da porta está configurado. Se é mapear portas 1-para-1, eo endereço IPv4 público do firewall é 203.0.113.1 (e Talvez o endereço IPv4 interno do nó de armazenamento seja 192.168.1.5), então Use um comando CLI como este ::

Tahoe create-node --port = tcp: 3457 - localização = tcp: 203.0.113.1: 3457

Se no entanto, o firewall / NAT-box encaminha a porta externa * 6656 * para o interno Porta 3457, então faça isso ::

Tahoe create-node --port = tcp: 3457 - localização = tcp: 203.0.113.1: 6656

Usando o I2P / Tor para evitar o encaminhamento da porta

Os serviços de cebola I2P e Tor, entre outras excelentes propriedades, também fornecem NAT Penetração sem encaminhamento de porta, nomes de host ou endereços IP. Então, configurando Um servidor que escuta apenas no Tor é simples ::

Tahoe create-node --listen = tor

Para mais informações sobre o uso de Tahoe-LAFS com I2p e Tor veja : Doc: anonymity-configuration

@ 88cc134b:5ae99079

I like it when articles start with an intro paragraph, rather than a heading. Diving straight in with a header is a bit heavy handed. We need a bit of foreplay here. Don't need to hit them with a sledgehammer from the start.

How to Use Headings

Well, we did it. We totally used a heading. The demonstration was a complete success. Overwhelming victory. Let's try subheadings now...

Ordered Lists

No test is complete without an ordered list:

1. Always use a good opening for the fist point
2. Then bring it home with the last point

Bulleted Lists

There is something so business-like with bulleted lists:

• You get to list without caring for the order
• Feels like there is less at stake

A Now for Some Images

Here we go. The real deal now. Everyone will know we're serious now:

This is a link to who knows where.

@ 147ac18e:ef1ca1ba

There’s no shortage of hype around AI. But beneath the buzzwords, Geoff Woods lays out something much more grounded—and frankly, more useful—on his recent appearance on The What Is Money Show. Geoff, who wrote The AI Driven Leader, isn’t here to pitch you a prompt template or a new tool. He’s here to talk about leadership, responsibility, and how to actually get value from AI.

His argument is simple: AI is no longer optional. It's a leadership imperative. And yet, despite nearly every executive claiming to believe in its future, less than 5% are doing anything meaningful with it. Geoff’s take? If you’re delegating AI to the tech team, you’re missing the point. This is about vision, strategy, and leading your people into a new era.

But here’s the rub: you don’t need to become an AI expert. You just need to become what Geoff calls an AI-driven leader—someone who knows how to spot valuable use cases, communicate clearly with AI, and stay in the driver’s seat as the thought leader. It’s not about handing off decisions to a machine. It’s about using the machine to sharpen your thinking.

To do that, Geoff leans on a framework he calls CRIT: Context, Role, Interview, Task. It’s dead simple and wildly effective.

CRIT Framework: Geoff’s Go-To Prompting System

Write every AI prompt using:

• Context – the background situation

• Role – what persona you want AI to take (e.g., CFO, board member, therapist)

• Interview – have AI ask you questions to pull deeper insights

• Task – what you want AI to do after collecting enough context

Give the AI rich context, assign it a role (board member, CFO, therapist—whatever you need), have it interview you to pull out what’s really going on in your head, and then define the task you want it to execute. That flip—getting the AI to interview you—is the difference between mediocre results and strategic breakthroughs.

He shared some standout examples:

• Using AI as a simulated board to test strategy decks and predict which slides will blow up in a real meeting.
• Having AI draft executive emails in a tone blend of your own voice, plus a dash of Simon Sinek and David Goggins.
• Creating AI-generated personas of your kids’ strengths to show them how to use tech to deepen—not replace—their humanity.

That last point matters. Geoff’s raising his own kids to be AI-native, but not tech-addicted. His daughter used AI to explore business ideas. His son used it to work through emotional challenges. In both cases, the tool was secondary. The focus was helping them grow into more aware, capable versions of themselves.

He’s honest about AI’s limitations too. It hallucinates. It’s bad at math. It can’t replace deep human judgment. But if you use it right—if you treat it like a thought partner instead of a magic 8-ball—it becomes an amplifier.

Geoff’s challenge to all of us is to stop anchoring our identity to who we’ve been, and start leaning into who we could become. Whether you’re running a company, managing a classroom, or figuring out your next move, the opportunity is the same: use AI to 10x the things that make you most human.

And it all starts with one sticky note: How can AI help me do this?

If you’re interested in diving deeper, check out aileadership.com or pick up his book The AI Driven Leader. But more importantly, start experimenting. Get your reps in. Think bigger.

Because a year from now, the version of you that’s already doing this work? They’re going to be very hard to compete with.

@ 21335073:a244b1ad

Warning: This piece contains a conversation about difficult topics. Please proceed with caution.

TL;DR please educate your children about online safety.

Julian Assange wrote in his 2012 book Cypherpunks, “This book is not a manifesto. There isn’t time for that. This book is a warning.” I read it a few times over the past summer. Those opening lines definitely stood out to me. I wish we had listened back then. He saw something about the internet that few had the ability to see. There are some individuals who are so close to a topic that when they speak, it’s difficult for others who aren’t steeped in it to visualize what they’re talking about. I didn’t read the book until more recently. If I had read it when it came out, it probably would have sounded like an unknown foreign language to me. Today it makes more sense.

This isn’t a manifesto. This isn’t a book. There is no time for that. It’s a warning and a possible solution from a desperate and determined survivor advocate who has been pulling and unraveling a thread for a few years. At times, I feel too close to this topic to make any sense trying to convey my pathway to my conclusions or thoughts to the general public. My hope is that if nothing else, I can convey my sense of urgency while writing this. This piece is a watchman’s warning.

When a child steps online, they are walking into a new world. A new reality. When you hand a child the internet, you are handing them possibilities—good, bad, and ugly. This is a conversation about lowering the potential of negative outcomes of stepping into that new world and how I came to these conclusions. I constantly compare the internet to the road. You wouldn’t let a young child run out into the road with no guidance or safety precautions. When you hand a child the internet without any type of guidance or safety measures, you are allowing them to play in rush hour, oncoming traffic. “Look left, look right for cars before crossing.” We almost all have been taught that as children. What are we taught as humans about safety before stepping into a completely different reality like the internet? Very little.

I could never really figure out why many folks in tech, privacy rights activists, and hackers seemed so cold to me while talking about online child sexual exploitation. I always figured that as a survivor advocate for those affected by these crimes, that specific, skilled group of individuals would be very welcoming and easy to talk to about such serious topics. I actually had one hacker laugh in my face when I brought it up while I was looking for answers. I thought maybe this individual thought I was accusing them of something I wasn’t, so I felt bad for asking. I was constantly extremely disappointed and would ask myself, “Why don’t they care? What could I say to make them care more? What could I say to make them understand the crisis and the level of suffering that happens as a result of the problem?”

I have been serving minor survivors of online child sexual exploitation for years. My first case serving a survivor of this specific crime was in 2018—a 13-year-old girl sexually exploited by a serial predator on Snapchat. That was my first glimpse into this side of the internet. I won a national award for serving the minor survivors of Twitter in 2023, but I had been working on that specific project for a few years. I was nominated by a lawyer representing two survivors in a legal battle against the platform. I’ve never really spoken about this before, but at the time it was a choice for me between fighting Snapchat or Twitter. I chose Twitter—or rather, Twitter chose me. I heard about the story of John Doe #1 and John Doe #2, and I was so unbelievably broken over it that I went to war for multiple years. I was and still am royally pissed about that case. As far as I was concerned, the John Doe #1 case proved that whatever was going on with corporate tech social media was so out of control that I didn’t have time to wait, so I got to work. It was reading the messages that John Doe #1 sent to Twitter begging them to remove his sexual exploitation that broke me. He was a child begging adults to do something. A passion for justice and protecting kids makes you do wild things. I was desperate to find answers about what happened and searched for solutions. In the end, the platform Twitter was purchased. During the acquisition, I just asked Mr. Musk nicely to prioritize the issue of detection and removal of child sexual exploitation without violating digital privacy rights or eroding end-to-end encryption. Elon thanked me multiple times during the acquisition, made some changes, and I was thanked by others on the survivors’ side as well.

I still feel that even with the progress made, I really just scratched the surface with Twitter, now X. I left that passion project when I did for a few reasons. I wanted to give new leadership time to tackle the issue. Elon Musk made big promises that I knew would take a while to fulfill, but mostly I had been watching global legislation transpire around the issue, and frankly, the governments are willing to go much further with X and the rest of corporate tech than I ever would. My work begging Twitter to make changes with easier reporting of content, detection, and removal of child sexual exploitation material—without violating privacy rights or eroding end-to-end encryption—and advocating for the minor survivors of the platform went as far as my principles would have allowed. I’m grateful for that experience. I was still left with a nagging question: “How did things get so bad with Twitter where the John Doe #1 and John Doe #2 case was able to happen in the first place?” I decided to keep looking for answers. I decided to keep pulling the thread.

I never worked for Twitter. This is often confusing for folks. I will say that despite being disappointed in the platform’s leadership at times, I loved Twitter. I saw and still see its value. I definitely love the survivors of the platform, but I also loved the platform. I was a champion of the platform’s ability to give folks from virtually around the globe an opportunity to speak and be heard.

I want to be clear that John Doe #1 really is my why. He is the inspiration. I am writing this because of him. He represents so many globally, and I’m still inspired by his bravery. One child’s voice begging adults to do something—I’m an adult, I heard him. I’d go to war a thousand more lifetimes for that young man, and I don’t even know his name. Fighting has been personally dark at times; I’m not even going to try to sugarcoat it, but it has been worth it.

The data surrounding the very real crime of online child sexual exploitation is available to the public online at any time for anyone to see. I’d encourage you to go look at the data for yourself. I believe in encouraging folks to check multiple sources so that you understand the full picture. If you are uncomfortable just searching around the internet for information about this topic, use the terms “CSAM,” “CSEM,” “SG-CSEM,” or “AI Generated CSAM.” The numbers don’t lie—it’s a nightmare that’s out of control. It’s a big business. The demand is high, and unfortunately, business is booming. Organizations collect the data, tech companies often post their data, governments report frequently, and the corporate press has covered a decent portion of the conversation, so I’m sure you can find a source that you trust.

Technology is changing rapidly, which is great for innovation as a whole but horrible for the crime of online child sexual exploitation. Those wishing to exploit the vulnerable seem to be adapting to each technological change with ease. The governments are so far behind with tackling these issues that as I’m typing this, it’s borderline irrelevant to even include them while speaking about the crime or potential solutions. Technology is changing too rapidly, and their old, broken systems can’t even dare to keep up. Think of it like the governments’ “War on Drugs.” Drugs won. In this case as well, the governments are not winning. The governments are talking about maybe having a meeting on potentially maybe having legislation around the crimes. The time to have that meeting would have been many years ago. I’m not advocating for governments to legislate our way out of this. I’m on the side of educating and innovating our way out of this.

I have been clear while advocating for the minor survivors of corporate tech platforms that I would not advocate for any solution to the crime that would violate digital privacy rights or erode end-to-end encryption. That has been a personal moral position that I was unwilling to budge on. This is an extremely unpopular and borderline nonexistent position in the anti-human trafficking movement and online child protection space. I’m often fearful that I’m wrong about this. I have always thought that a better pathway forward would have been to incentivize innovation for detection and removal of content. I had no previous exposure to privacy rights activists or Cypherpunks—actually, I came to that conclusion by listening to the voices of MENA region political dissidents and human rights activists. After developing relationships with human rights activists from around the globe, I realized how important privacy rights and encryption are for those who need it most globally. I was simply unwilling to give more power, control, and opportunities for mass surveillance to big abusers like governments wishing to enslave entire nations and untrustworthy corporate tech companies to potentially end some portion of abuses online. On top of all of it, it has been clear to me for years that all potential solutions outside of violating digital privacy rights to detect and remove child sexual exploitation online have not yet been explored aggressively. I’ve been disappointed that there hasn’t been more of a conversation around preventing the crime from happening in the first place.

What has been tried is mass surveillance. In China, they are currently under mass surveillance both online and offline, and their behaviors are attached to a social credit score. Unfortunately, even on state-run and controlled social media platforms, they still have child sexual exploitation and abuse imagery pop up along with other crimes and human rights violations. They also have a thriving black market online due to the oppression from the state. In other words, even an entire loss of freedom and privacy cannot end the sexual exploitation of children online. It’s been tried. There is no reason to repeat this method.

It took me an embarrassingly long time to figure out why I always felt a slight coldness from those in tech and privacy-minded individuals about the topic of child sexual exploitation online. I didn’t have any clue about the “Four Horsemen of the Infocalypse.” This is a term coined by Timothy C. May in 1988. I would have been a child myself when he first said it. I actually laughed at myself when I heard the phrase for the first time. I finally got it. The Cypherpunks weren’t wrong about that topic. They were so spot on that it is borderline uncomfortable. I was mad at first that they knew that early during the birth of the internet that this issue would arise and didn’t address it. Then I got over it because I realized that it wasn’t their job. Their job was—is—to write code. Their job wasn’t to be involved and loving parents or survivor advocates. Their job wasn’t to educate children on internet safety or raise awareness; their job was to write code.

They knew that child sexual abuse material would be shared on the internet. They said what would happen—not in a gleeful way, but a prediction. Then it happened.

I equate it now to a concrete company laying down a road. As you’re pouring the concrete, you can say to yourself, “A terrorist might travel down this road to go kill many, and on the flip side, a beautiful child can be born in an ambulance on this road.” Who or what travels down the road is not their responsibility—they are just supposed to lay the concrete. I’d never go to a concrete pourer and ask them to solve terrorism that travels down roads. Under the current system, law enforcement should stop terrorists before they even make it to the road. The solution to this specific problem is not to treat everyone on the road like a terrorist or to not build the road.

So I understand the perceived coldness from those in tech. Not only was it not their job, but bringing up the topic was seen as the equivalent of asking a free person if they wanted to discuss one of the four topics—child abusers, terrorists, drug dealers, intellectual property pirates, etc.—that would usher in digital authoritarianism for all who are online globally.

Privacy rights advocates and groups have put up a good fight. They stood by their principles. Unfortunately, when it comes to corporate tech, I believe that the issue of privacy is almost a complete lost cause at this point. It’s still worth pushing back, but ultimately, it is a losing battle—a ticking time bomb.

I do think that corporate tech providers could have slowed down the inevitable loss of privacy at the hands of the state by prioritizing the detection and removal of CSAM when they all started online. I believe it would have bought some time, fewer would have been traumatized by that specific crime, and I do believe that it could have slowed down the demand for content. If I think too much about that, I’ll go insane, so I try to push the “if maybes” aside, but never knowing if it could have been handled differently will forever haunt me. At night when it’s quiet, I wonder what I would have done differently if given the opportunity. I’ll probably never know how much corporate tech knew and ignored in the hopes that it would go away while the problem continued to get worse. They had different priorities. The most voiceless and vulnerable exploited on corporate tech never had much of a voice, so corporate tech providers didn’t receive very much pushback.

Now I’m about to say something really wild, and you can call me whatever you want to call me, but I’m going to say what I believe to be true. I believe that the governments are either so incompetent that they allowed the proliferation of CSAM online, or they knowingly allowed the problem to fester long enough to have an excuse to violate privacy rights and erode end-to-end encryption. The US government could have seized the corporate tech providers over CSAM, but I believe that they were so useful as a propaganda arm for the regimes that they allowed them to continue virtually unscathed.

That season is done now, and the governments are making the issue a priority. It will come at a high cost. Privacy on corporate tech providers is virtually done as I’m typing this. It feels like a death rattle. I’m not particularly sure that we had much digital privacy to begin with, but the illusion of a veil of privacy feels gone.

To make matters slightly more complex, it would be hard to convince me that once AI really gets going, digital privacy will exist at all.

I believe that there should be a conversation shift to preserving freedoms and human rights in a post-privacy society.

I don’t want to get locked up because AI predicted a nasty post online from me about the government. I’m not a doomer about AI—I’m just going to roll with it personally. I’m looking forward to the positive changes that will be brought forth by AI. I see it as inevitable. A bit of privacy was helpful while it lasted. Please keep fighting to preserve what is left of privacy either way because I could be wrong about all of this.

On the topic of AI, the addition of AI to the horrific crime of child sexual abuse material and child sexual exploitation in multiple ways so far has been devastating. It’s currently out of control. The genie is out of the bottle. I am hopeful that innovation will get us humans out of this, but I’m not sure how or how long it will take. We must be extremely cautious around AI legislation. It should not be illegal to innovate even if some bad comes with the good. I don’t trust that the governments are equipped to decide the best pathway forward for AI. Source: the entire history of the government.

I have been personally negatively impacted by AI-generated content. Every few days, I get another alert that I’m featured again in what’s called “deep fake pornography” without my consent. I’m not happy about it, but what pains me the most is the thought that for a period of time down the road, many globally will experience what myself and others are experiencing now by being digitally sexually abused in this way. If you have ever had your picture taken and posted online, you are also at risk of being exploited in this way. Your child’s image can be used as well, unfortunately, and this is just the beginning of this particular nightmare. It will move to more realistic interpretations of sexual behaviors as technology improves. I have no brave words of wisdom about how to deal with that emotionally. I do have hope that innovation will save the day around this specific issue. I’m nervous that everyone online will have to ID verify due to this issue. I see that as one possible outcome that could help to prevent one problem but inadvertently cause more problems, especially for those living under authoritarian regimes or anyone who needs to remain anonymous online. A zero-knowledge proof (ZKP) would probably be the best solution to these issues. There are some survivors of violence and/or sexual trauma who need to remain anonymous online for various reasons. There are survivor stories available online of those who have been abused in this way. I’d encourage you seek out and listen to their stories.

There have been periods of time recently where I hesitate to say anything at all because more than likely AI will cover most of my concerns about education, awareness, prevention, detection, and removal of child sexual exploitation online, etc.

Unfortunately, some of the most pressing issues we’ve seen online over the last few years come in the form of “sextortion.” Self-generated child sexual exploitation (SG-CSEM) numbers are continuing to be terrifying. I’d strongly encourage that you look into sextortion data. AI + sextortion is also a huge concern. The perpetrators are using the non-sexually explicit images of children and putting their likeness on AI-generated child sexual exploitation content and extorting money, more imagery, or both from minors online. It’s like a million nightmares wrapped into one. The wild part is that these issues will only get more pervasive because technology is harnessed to perpetuate horror at a scale unimaginable to a human mind.

Even if you banned phones and the internet or tried to prevent children from accessing the internet, it wouldn’t solve it. Child sexual exploitation will still be with us until as a society we start to prevent the crime before it happens. That is the only human way out right now.

There is no reset button on the internet, but if I could go back, I’d tell survivor advocates to heed the warnings of the early internet builders and to start education and awareness campaigns designed to prevent as much online child sexual exploitation as possible. The internet and technology moved quickly, and I don’t believe that society ever really caught up. We live in a world where a child can be groomed by a predator in their own home while sitting on a couch next to their parents watching TV. We weren’t ready as a species to tackle the fast-paced algorithms and dangers online. It happened too quickly for parents to catch up. How can you parent for the ever-changing digital world unless you are constantly aware of the dangers?

I don’t think that the internet is inherently bad. I believe that it can be a powerful tool for freedom and resistance. I’ve spoken a lot about the bad online, but there is beauty as well. We often discuss how victims and survivors are abused online; we rarely discuss the fact that countless survivors around the globe have been able to share their experiences, strength, hope, as well as provide resources to the vulnerable. I do question if giving any government or tech company access to censorship, surveillance, etc., online in the name of serving survivors might not actually impact a portion of survivors negatively. There are a fair amount of survivors with powerful abusers protected by governments and the corporate press. If a survivor cannot speak to the press about their abuse, the only place they can go is online, directly or indirectly through an independent journalist who also risks being censored. This scenario isn’t hard to imagine—it already happened in China. During #MeToo, a survivor in China wanted to post their story. The government censored the post, so the survivor put their story on the blockchain. I’m excited that the survivor was creative and brave, but it’s terrifying to think that we live in a world where that situation is a necessity.

I believe that the future for many survivors sharing their stories globally will be on completely censorship-resistant and decentralized protocols. This thought in particular gives me hope. When we listen to the experiences of a diverse group of survivors, we can start to understand potential solutions to preventing the crimes from happening in the first place.

My heart is broken over the gut-wrenching stories of survivors sexually exploited online. Every time I hear the story of a survivor, I do think to myself quietly, “What could have prevented this from happening in the first place?” My heart is with survivors.

My head, on the other hand, is full of the understanding that the internet should remain free. The free flow of information should not be stopped. My mind is with the innocent citizens around the globe that deserve freedom both online and offline.

The problem is that governments don’t only want to censor illegal content that violates human rights—they create legislation that is so broad that it can impact speech and privacy of all. “Don’t you care about the kids?” Yes, I do. I do so much that I’m invested in finding solutions. I also care about all citizens around the globe that deserve an opportunity to live free from a mass surveillance society. If terrorism happens online, I should not be punished by losing my freedom. If drugs are sold online, I should not be punished. I’m not an abuser, I’m not a terrorist, and I don’t engage in illegal behaviors. I refuse to lose freedom because of others’ bad behaviors online.

I want to be clear that on a long enough timeline, the governments will decide that they can be better parents/caregivers than you can if something isn’t done to stop minors from being sexually exploited online. The price will be a complete loss of anonymity, privacy, free speech, and freedom of religion online. I find it rather insulting that governments think they’re better equipped to raise children than parents and caretakers.

So we can’t go backwards—all that we can do is go forward. Those who want to have freedom will find technology to facilitate their liberation. This will lead many over time to decentralized and open protocols. So as far as I’m concerned, this does solve a few of my worries—those who need, want, and deserve to speak freely online will have the opportunity in most countries—but what about online child sexual exploitation?

When I popped up around the decentralized space, I was met with the fear of censorship. I’m not here to censor you. I don’t write code. I couldn’t censor anyone or any piece of content even if I wanted to across the internet, no matter how depraved. I don’t have the skills to do that.

I’m here to start a conversation. Freedom comes at a cost. You must always fight for and protect your freedom. I can’t speak about protecting yourself from all of the Four Horsemen because I simply don’t know the topics well enough, but I can speak about this one topic.

If there was a shortcut to ending online child sexual exploitation, I would have found it by now. There isn’t one right now. I believe that education is the only pathway forward to preventing the crime of online child sexual exploitation for future generations.

I propose a yearly education course for every child of all school ages, taught as a standard part of the curriculum. Ideally, parents/caregivers would be involved in the education/learning process.

Course: - The creation of the internet and computers - The fight for cryptography - The tech supply chain from the ground up (example: human rights violations in the supply chain) - Corporate tech - Freedom tech - Data privacy - Digital privacy rights - AI (history-current) - Online safety (predators, scams, catfishing, extortion) - Bitcoin - Laws - How to deal with online hate and harassment - Information on who to contact if you are being abused online or offline - Algorithms - How to seek out the truth about news, etc., online

The parents/caregivers, homeschoolers, unschoolers, and those working to create decentralized parallel societies have been an inspiration while writing this, but my hope is that all children would learn this course, even in government ran schools. Ideally, parents would teach this to their own children.

The decentralized space doesn’t want child sexual exploitation to thrive. Here’s the deal: there has to be a strong prevention effort in order to protect the next generation. The internet isn’t going anywhere, predators aren’t going anywhere, and I’m not down to let anyone have the opportunity to prove that there is a need for more government. I don’t believe that the government should act as parents. The governments have had a chance to attempt to stop online child sexual exploitation, and they didn’t do it. Can we try a different pathway forward?

I’d like to put myself out of a job. I don’t want to ever hear another story like John Doe #1 ever again. This will require work. I’ve often called online child sexual exploitation the lynchpin for the internet. It’s time to arm generations of children with knowledge and tools. I can’t do this alone.

Individuals have fought so that I could have freedom online. I want to fight to protect it. I don’t want child predators to give the government any opportunity to take away freedom. Decentralized spaces are as close to a reset as we’ll get with the opportunity to do it right from the start. Start the youth off correctly by preventing potential hazards to the best of your ability.

The good news is anyone can work on this! I’d encourage you to take it and run with it. I added the additional education about the history of the internet to make the course more educational and fun. Instead of cleaning up generations of destroyed lives due to online sexual exploitation, perhaps this could inspire generations of those who will build our futures. Perhaps if the youth is armed with knowledge, they can create more tools to prevent the crime.

This one solution that I’m suggesting can be done on an individual level or on a larger scale. It should be adjusted depending on age, learning style, etc. It should be fun and playful.

This solution does not address abuse in the home or some of the root causes of offline child sexual exploitation. My hope is that it could lead to some survivors experiencing abuse in the home an opportunity to disclose with a trusted adult. The purpose for this solution is to prevent the crime of online child sexual exploitation before it occurs and to arm the youth with the tools to contact safe adults if and when it happens.

In closing, I went to hell a few times so that you didn’t have to. I spoke to the mothers of survivors of minors sexually exploited online—their tears could fill rivers. I’ve spoken with political dissidents who yearned to be free from authoritarian surveillance states. The only balance that I’ve found is freedom online for citizens around the globe and prevention from the dangers of that for the youth. Don’t slow down innovation and freedom. Educate, prepare, adapt, and look for solutions.

I’m not perfect and I’m sure that there are errors in this piece. I hope that you find them and it starts a conversation.

@ 21335073:a244b1ad

I want to see Nostr succeed. If you can think of a way I can help make that happen, I’m open to it. I’d like your suggestions.

My schedule’s shifting soon, and I could volunteer a few hours a week to a Nostr project. I won’t have more total time, but how I use it will change.

Why help? I care about freedom. Nostr’s one of the most powerful freedom tools I’ve seen in my lifetime. If I believe that, I should act on it.

I don’t care about money or sats. I’m not rich, I don’t have extra cash. That doesn’t drive me—freedom does. I’m volunteering, not asking for pay.

I’m not here for clout. I’ve had enough spotlight in my life; it doesn’t move me. If I wanted clout, I’d be on Twitter dropping basic takes. Clout’s easy. Freedom’s hard. I’d rather help anonymously. No speaking at events—small meetups are cool for the vibe, but big conferences? Not my thing. I’ll never hit a huge Bitcoin conference. It’s just not my scene.

That said, I could be convinced to step up if it’d really boost Nostr—as long as it’s legal and gets results.

In this space, I’d watch for social engineering. I watch out for it. I’m not here to make friends, just to help. No shade—you all seem great—but I’ve got a full life and awesome friends irl. I don’t need your crew or to be online cool. Connect anonymously if you want; I’d encourage it.

I’m sick of watching other social media alternatives grow while Nostr kinda stalls. I could trash-talk, but I’d rather do something useful.

Skills? I’m good at spotting social media problems and finding possible solutions. I won’t overhype myself—that’s weird—but if you’re responding, you probably see something in me. Perhaps you see something that I don’t see in myself.

If you need help now or later with Nostr projects, reach out. Nostr only—nothing else. Anonymous contact’s fine. Even just a suggestion on how I can pitch in, no project attached, works too. 💜

Creeps or harassment will get blocked or I’ll nuke my simplex code if it becomes a problem.

https://simplex.chat/contact#/?v=2-4&smp=smp%3A%2F%2FSkIkI6EPd2D63F4xFKfHk7I1UGZVNn6k1QWZ5rcyr6w%3D%40smp9.simplex.im%2FbI99B3KuYduH8jDr9ZwyhcSxm2UuR7j0%23%2F%3Fv%3D1-2%26dh%3DMCowBQYDK2VuAyEAS9C-zPzqW41PKySfPCEizcXb1QCus6AyDkTTjfyMIRM%253D%26srv%3Djssqzccmrcws6bhmn77vgmhfjmhwlyr3u7puw4erkyoosywgl67slqqd.onion

@ ac58bbcc:7d9754d8

Introduction

Many school districts allocate significant budgets for curriculum materials like textbooks and workbooks, but these resources often fail to provide teachers with the deep conceptual understanding needed to teach mathematics effectively. Administrators face the challenge of ensuring that their teachers have the support they need from books and worksheets and partners who understand how children learn math and the gaps in learning as they exist today.

The Problem: Books and Worksheets Are Not Enough

1. Limited Depth in Conceptual Learning
2. Curriculum materials often focus on procedural fluency rather than deep conceptual understanding. While these resources provide a structured framework for instruction, they do not equip teachers with the tools to address individual student learning styles or challenges.
3. Lack of Ongoing Professional Support
4. Administrators frequently allocate budgets for professional development workshops and materials but struggle to ensure that teachers receive ongoing, personalized support throughout the school year. Teachers often face unique classroom dynamics and need immediate assistance, yet many districts lack a consistent partnership with experts who can provide this guidance.
5. Ineffectiveness in Meeting Diverse Needs
6. Students learn at different paces and in different ways. Curriculum materials alone cannot address the varied needs of all students. A comprehensive support system is needed to help teachers differentiate instruction, support struggling learners, and challenge advanced students effectively.

Solution: Math Success by DMTI

Math Success by DMTI offers a more effective approach to elementary math education. Here’s what sets it apart:

• Focus on Conceptual Understanding:
  • The program emphasizes deep conceptual understanding through real-life examples that tie procedures back to the underlying math concepts. Students understand not just how but also why strategies and procedures work.
• Modeling Problems:
  • Math Success by DMTI teaches students to model problems using visual models like bar models, number lines, and equations. This approach ensures they see the math conceptually and can apply it in various contexts.
• Ongoing Support Throughout the Year:
  • The program provides more than just one-time workshops; it offers ongoing support through expert coaches who work directly with teachers throughout the school year. Teachers receive guidance on lesson planning, classroom management, and student engagement strategies.
• Flexible Resources:
  • Math Success by DMTI includes comprehensive resources such as assessments, instructional units, exit tickets, practice sheets, research-based games, and parent materials tailored to meet diverse learning needs.
• Consistent Language and Structure:
  • The program uses consistent language and structure in teaching words from kindergarten through graduation. This consistency helps students build a strong foundation and facilitates smoother transitions between grade levels.

Teacher Testimonials: Real Impact

Educators have reported significant improvements in student achievement after implementing Math Success by DMTI:

• Increased Student Proficiency:
• For example, one third-grade teacher saw her students’ proficiency increase from 32% to 76% within a single academic year. This kind of growth demonstrates the program's effectiveness and its ability to foster deeper learning.

Conclusion

By adopting Math Success by DMTI, administrators can ensure that their teachers have the tools they need to teach math concepts effectively. With expert coaches embedded in classrooms for ongoing support, research-backed methodologies, flexible resources, and a focus on the right things in the right order, districts can create environments where students truly thrive.

Math Success by DMTI stands out as an exceptional partner for schools looking to improve math education. By bridging the gap between research and practice, Math Success by DMTI empowers educators to increase student achievement and foster a love for mathematics.

@ 04c915da:3dfbecc9

In much of the world, it is incredibly difficult to access U.S. dollars. Local currencies are often poorly managed and riddled with corruption. Billions of people demand a more reliable alternative. While the dollar has its own issues of corruption and mismanagement, it is widely regarded as superior to the fiat currencies it competes with globally. As a result, Tether has found massive success providing low cost, low friction access to dollars. Tether claims 400 million total users, is on track to add 200 million more this year, processes 8.1 million transactions daily, and facilitates $29 billion in daily transfers. Furthermore, their estimates suggest nearly 40% of users rely on it as a savings tool rather than just a transactional currency.

Tether’s rise has made the company a financial juggernaut. Last year alone, Tether raked in over $13 billion in profit, with a lean team of less than 100 employees. Their business model is elegantly simple: hold U.S. Treasuries and collect the interest. With over $113 billion in Treasuries, Tether has turned a straightforward concept into a profit machine.

Tether’s success has resulted in many competitors eager to claim a piece of the pie. This has triggered a massive venture capital grift cycle in USD tokens, with countless projects vying to dethrone Tether. Due to Tether’s entrenched network effect, these challengers face an uphill battle with little realistic chance of success. Most educated participants in the space likely recognize this reality but seem content to perpetuate the grift, hoping to cash out by dumping their equity positions on unsuspecting buyers before they realize the reality of the situation.

Historically, Tether’s greatest vulnerability has been U.S. government intervention. For over a decade, the company operated offshore with few allies in the U.S. establishment, making it a major target for regulatory action. That dynamic has shifted recently and Tether has seized the opportunity. By actively courting U.S. government support, Tether has fortified their position. This strategic move will likely cement their status as the dominant USD token for years to come.

While undeniably a great tool for the millions of users that rely on it, Tether is not without flaws. As a centralized, trusted third party, it holds the power to freeze or seize funds at its discretion. Corporate mismanagement or deliberate malpractice could also lead to massive losses at scale. In their goal of mitigating regulatory risk, Tether has deepened ties with law enforcement, mirroring some of the concerns of potential central bank digital currencies. In practice, Tether operates as a corporate CBDC alternative, collaborating with authorities to surveil and seize funds. The company proudly touts partnerships with leading surveillance firms and its own data reveals cooperation in over 1,000 law enforcement cases, with more than $2.5 billion in funds frozen.

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The global demand for Tether is undeniable and the company’s profitability reflects its unrivaled success. Tether is owned and operated by bitcoiners and will likely continue to push forward strategic goals that help the movement as a whole. Recent efforts to mitigate the threat of U.S. government enforcement will likely solidify their network effect and stifle meaningful adoption of rival USD tokens or CBDCs. Yet, for all their achievements, Tether is simply a worse form of money than bitcoin. Tether requires trust in a centralized entity, while bitcoin can be saved or spent without permission. Furthermore, Tether is tied to the value of the US Dollar which is designed to lose purchasing power over time, while bitcoin, as a truly scarce asset, is designed to increase in purchasing power with adoption. As people awaken to the risks of Tether’s control, and the benefits bitcoin provides, bitcoin adoption will likely surpass it.

@ 21335073:a244b1ad

Before I saw those X right-wing political “influencers” parading their Epstein binders in that PR stunt, I’d already posted this on Nostr, an open protocol. 

“Today, the world’s attention will likely fixate on Epstein, governmental failures in addressing horrific abuse cases, and the influential figures who perpetrate such acts—yet few will center the victims and survivors in the conversation. The survivors of Epstein went to law enforcement and very little happened. The survivors tried to speak to the corporate press and the corporate press knowingly covered for him. In situations like these social media can serve as one of the only ways for a survivor’s voice to be heard. 

It’s becoming increasingly evident that the line between centralized corporate social media and the state is razor-thin, if it exists at all. Time and again, the state shields powerful abusers when it’s politically expedient to do so. In this climate, a survivor attempting to expose someone like Epstein on a corporate tech platform faces an uphill battle—there’s no assurance their voice would even break through. Their story wouldn’t truly belong to them; it’d be at the mercy of the platform, subject to deletion at a whim. Nostr, though, offers a lifeline—a censorship-resistant space where survivors can share their truths, no matter how untouchable the abuser might seem. A survivor could remain anonymous here if they took enough steps. 

Nostr holds real promise for amplifying survivor voices. And if you’re here daily, tossing out memes, take heart: you’re helping build a foundation for those who desperately need to be heard.“

That post is untouchable—no CEO, company, employee, or government can delete it. Even if I wanted to, I couldn’t take it down myself. The post will outlive me on the protocol. 

The cozy alliance between the state and corporate social media hit me hard during that right-wing X “influencer” PR stunt. Elon owns X. Elon’s a special government employee. X pays those influencers to post. We don’t know who else pays them to post. Those influencers are spurred on by both the government and X to manage the Epstein case narrative. It wasn’t survivors standing there, grinning for photos—it was paid influencers, gatekeepers orchestrating yet another chance to re-exploit the already exploited.

The bond between the state and corporate social media is tight. If the other Epsteins out there are ever to be unmasked, I wouldn’t bet on a survivor’s story staying safe with a corporate tech platform, the government, any social media influencer, or mainstream journalist. Right now, only a protocol can hand survivors the power to truly own their narrative.

I don’t have anything against Elon—I’ve actually been a big supporter. I’m just stating it as I see it. X isn’t censorship resistant and they have an algorithm that they choose not the user. Corporate tech platforms like X can be a better fit for some survivors. X has safety tools and content moderation, making it a solid option for certain individuals. Grok can be a big help for survivors looking for resources or support! As a survivor, you know what works best for you, and safety should always come first—keep that front and center.

That said, a protocol is a game-changer for cases where the powerful are likely to censor. During China's # MeToo movement, survivors faced heavy censorship on social media platforms like Weibo and WeChat, where posts about sexual harassment were quickly removed, and hashtags like # MeToo or "woyeshi" were blocked by government and platform filters. To bypass this, activists turned to blockchain technology encoding their stories—like Yue Xin’s open letter about a Peking University case—into transaction metadata. This made the information tamper-proof and publicly accessible, resisting censorship since blockchain data can’t be easily altered or deleted.

I posted this on X 2/28/25. I wanted to try my first long post on a nostr client. The Epstein cover up is ongoing so it’s still relevant, unfortunately.

If you are a survivor or loved one who is reading this and needs support please reach out to: National Sexual Assault Hotline 24/7 https://rainn.org/

Hours: Available 24 hours

@ 0c469779:4b21d8b0

Sobre el amor

Mi percepción del amor cambió con el tiempo. Leer literatura rusa, principalmente a Dostoevsky, te cambia la perspectiva sobre el amor y la vida en general.

Por mucho tiempo mi visión sobre la vida es que la misma se basa en el sufrimiento: también la Biblia dice esto. El amor es igual, en el amor se sufre y se banca a la otra persona. El problema es que hay una distinción de sufrimientos que por mucho tiempo no tuve en cuenta. Está el sufrimiento del sacrificio y el sufrimiento masoquista. Para mí eran indistintos.

Para mí el ideal era Aliosha y Natasha de Humillados y Ofendidos: estar con alguien que me amase tanto como Natasha a Aliosha, un amor inclusive autodestructivo para Natasha, pero real. Tiene algo de épico, inalcanzable. Un sufrimiento extremo, redentor, es una vara altísima que en la vida cotidiana no se manifiesta. O el amor de Sonia a Raskolnikov, quien se fue hasta Siberia mientras estuvo en prisión para que no se quede solo en Crimen y Castigo.

Este es el tipo de amor que yo esperaba. Y como no me pasó nada tan extremo y las situaciones que llegan a ocurrir en mi vida están lejos de ser tan extremas, me parecía hasta poco lo que estaba pidiendo y que nadie pueda quedarse conmigo me parecía insuficiente.

Ahora pienso que el amor no tiene por qué ser así. Es un pensamiento nuevo que todavía estoy construyendo, y me di cuenta cuando fui a la iglesia, a pesar de que no soy cristiano. La filosofía cristiana me gusta. Va conmigo. Tiene un enfoque de humildad, superación y comunidad que me recuerda al estoicismo.

El amor se trata de resaltar lo mejor que hay en el otro. Se trata de ser un plus, de ayudar. Por eso si uno no está en su mejor etapa, si no se está cómodo con uno mismo, no se puede amar de verdad. El amor empieza en uno mismo.

Los libros son un espejo, no necesariamente vas a aprender de ellos, sino que te muestran quién sos. Resaltás lo que te importa. Por eso a pesar de saber los tipos de amores que hay en los trabajos de Dostoevsky, cometí los mismos errores varias veces.

Ser mejor depende de uno mismo y cada día se pone el granito de arena.

@ 04c915da:3dfbecc9

Bitcoin has always been rooted in freedom and resistance to authority. I get that many of you are conflicted about the US Government stacking but by design we cannot stop anyone from using bitcoin. Many have asked me for my thoughts on the matter, so let’s rip it.

Concern

One of the most glaring issues with the strategic bitcoin reserve is its foundation, built on stolen bitcoin. For those of us who value private property this is an obvious betrayal of our core principles. Rather than proof of work, the bitcoin that seeds this reserve has been taken by force. The US Government should return the bitcoin stolen from Bitfinex and the Silk Road.

Usually stolen bitcoin for the reserve creates a perverse incentive. If governments see a bitcoin as a valuable asset, they will ramp up efforts to confiscate more bitcoin. The precedent is a major concern, and I stand strongly against it, but it should be also noted that governments were already seizing coin before the reserve so this is not really a change in policy.

Ideally all seized bitcoin should be burned, by law. This would align incentives properly and make it less likely for the government to actively increase coin seizures. Due to the truly scarce properties of bitcoin, all burned bitcoin helps existing holders through increased purchasing power regardless. This change would be unlikely but those of us in policy circles should push for it regardless. It would be best case scenario for American bitcoiners and would create a strong foundation for the next century of American leadership.

Optimism

The entire point of bitcoin is that we can spend or save it without permission. That said, it is a massive benefit to not have one of the strongest governments in human history actively trying to ruin our lives.

Since the beginning, bitcoiners have faced horrible regulatory trends. KYC, surveillance, and legal cases have made using bitcoin and building bitcoin businesses incredibly difficult. It is incredibly important to note that over the past year that trend has reversed for the first time in a decade. A strategic bitcoin reserve is a key driver of this shift. By holding bitcoin, the strongest government in the world has signaled that it is not just a fringe technology but rather truly valuable, legitimate, and worth stacking.

This alignment of incentives changes everything. The US Government stacking proves bitcoin’s worth. The resulting purchasing power appreciation helps all of us who are holding coin and as bitcoin succeeds our government receives direct benefit. A beautiful positive feedback loop.

Realism

We are trending in the right direction. A strategic bitcoin reserve is a sign that the state sees bitcoin as an asset worth embracing rather than destroying. That said, there is a lot of work left to be done. We cannot be lulled into complacency, the time to push forward is now, and we cannot take our foot off the gas. We have a seat at the table for the first time ever. Let's make it worth it.

We must protect the right to free usage of bitcoin and other digital technologies. Freedom in the digital age must be taken and defended, through both technical and political avenues. Multiple privacy focused developers are facing long jail sentences for building tools that protect our freedom. These cases are not just legal battles. They are attacks on the soul of bitcoin. We need to rally behind them, fight for their freedom, and ensure the ethos of bitcoin survives this new era of government interest. The strategic reserve is a step in the right direction, but it is up to us to hold the line and shape the future.

@ 4925ea33:025410d8

1. O que é um Aromaterapeuta?

O aromaterapeuta é um profissional especializado na prática da Aromaterapia, responsável pelo uso adequado de óleos essenciais, ervas aromáticas, águas florais e destilados herbais para fins terapêuticos.

A atuação desse profissional envolve diferentes métodos de aplicação, como inalação, uso tópico, sempre considerando a segurança e a necessidade individual do cliente. A Aromaterapia pode auxiliar na redução do estresse, alívio de dores crônicas, relaxamento muscular e melhora da respiração, entre outros benefícios.

Além disso, os aromaterapeutas podem trabalhar em conjunto com outros profissionais da saúde para oferecer um tratamento complementar em diversas condições. Como já mencionado no artigo sobre "Como evitar processos alérgicos na prática da Aromaterapia", é essencial ter acompanhamento profissional, pois os óleos essenciais são altamente concentrados e podem causar reações adversas se utilizados de forma inadequada.

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2. Como um Aromaterapeuta Pode Ajudar?

Você pode procurar um aromaterapeuta para diferentes necessidades, como:

✔ Questões Emocionais e Psicológicas

Auxílio em momentos de luto, divórcio, demissão ou outras situações desafiadoras.

Apoio na redução do estresse, ansiedade e insônia.

Vale lembrar que, em casos de transtornos psiquiátricos, a Aromaterapia deve ser usada como terapia complementar, associada ao tratamento médico.

✔ Questões Físicas

Dores musculares e articulares.

Problemas respiratórios como rinite, sinusite e tosse.

Distúrbios digestivos leves.

Dores de cabeça e enxaquecas. Nesses casos, a Aromaterapia pode ser um suporte, mas não substitui a medicina tradicional para identificar a origem dos sintomas.

✔ Saúde da Pele e Cabelos

Tratamento para acne, dermatites e psoríase.

Cuidados com o envelhecimento precoce da pele.

Redução da queda de cabelo e controle da oleosidade do couro cabeludo.

✔ Bem-estar e Qualidade de Vida

Melhora da concentração e foco, aumentando a produtividade.

Estímulo da disposição e energia.

Auxílio no equilíbrio hormonal (TPM, menopausa, desequilíbrios hormonais).

Com base nessas necessidades, o aromaterapeuta irá indicar o melhor tratamento, calculando doses, sinergias (combinação de óleos essenciais), diluições e técnicas de aplicação, como inalação, uso tópico ou difusão.

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3. Como Funciona uma Consulta com um Aromaterapeuta?

Uma consulta com um aromaterapeuta é um atendimento personalizado, onde são avaliadas as necessidades do cliente para a criação de um protocolo adequado. O processo geralmente segue estas etapas:

✔ Anamnese (Entrevista Inicial)

Perguntas sobre saúde física, emocional e estilo de vida.

Levantamento de sintomas, histórico médico e possíveis alergias.

Definição dos objetivos da terapia (alívio do estresse, melhora do sono, dores musculares etc.).

✔ Escolha dos Óleos Essenciais

Seleção dos óleos mais indicados para o caso.

Consideração das propriedades terapêuticas, contraindicações e combinações seguras.

✔ Definição do Método de Uso

O profissional indicará a melhor forma de aplicação, que pode ser:

Inalação: difusores, colares aromáticos, vaporização.

Uso tópico: massagens, óleos corporais, compressas.

Banhos aromáticos e escalda-pés. Todas as diluições serão ajustadas de acordo com a segurança e a necessidade individual do cliente.

✔ Plano de Acompanhamento

Instruções detalhadas sobre o uso correto dos óleos essenciais.

Orientação sobre frequência e duração do tratamento.

Possibilidade de retorno para ajustes no protocolo.

A consulta pode ser realizada presencialmente ou online, dependendo do profissional.

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Quer saber como a Aromaterapia pode te ajudar? Agende uma consulta comigo e descubra os benefícios dos óleos essenciais para o seu bem-estar!

@ 04c915da:3dfbecc9

There is something quietly rebellious about stacking sats. In a world obsessed with instant gratification, choosing to patiently accumulate Bitcoin, one sat at a time, feels like a middle finger to the hype machine. But to do it right, you have got to stay humble. Stack too hard with your head in the clouds, and you will trip over your own ego before the next halving even hits.

Small Wins

Stacking sats is not glamorous. Discipline. Stacking every day, week, or month, no matter the price, and letting time do the heavy lifting. Humility lives in that consistency. You are not trying to outsmart the market or prove you are the next "crypto" prophet. Just a regular person, betting on a system you believe in, one humble stack at a time. Folks get rekt chasing the highs. They ape into some shitcoin pump, shout about it online, then go silent when they inevitably get rekt. The ones who last? They stack. Just keep showing up. Consistency. Humility in action. Know the game is long, and you are not bigger than it.

Ego is Volatile

Bitcoin’s swings can mess with your head. One day you are up 20%, feeling like a genius and the next down 30%, questioning everything. Ego will have you panic selling at the bottom or over leveraging the top. Staying humble means patience, a true bitcoin zen. Do not try to "beat” Bitcoin. Ride it. Stack what you can afford, live your life, and let compounding work its magic.

Simplicity

There is a beauty in how stacking sats forces you to rethink value. A sat is worth less than a penny today, but every time you grab a few thousand, you plant a seed. It is not about flaunting wealth but rather building it, quietly, without fanfare. That mindset spills over. Cut out the noise: the overpriced coffee, fancy watches, the status games that drain your wallet. Humility is good for your soul and your stack. I have a buddy who has been stacking since 2015. Never talks about it unless you ask. Lives in a decent place, drives an old truck, and just keeps stacking. He is not chasing clout, he is chasing freedom. That is the vibe: less ego, more sats, all grounded in life.

The Big Picture

Stack those sats. Do it quietly, do it consistently, and do not let the green days puff you up or the red days break you down. Humility is the secret sauce, it keeps you grounded while the world spins wild. In a decade, when you look back and smile, it will not be because you shouted the loudest. It will be because you stayed the course, one sat at a time. \ \ Stay Humble and Stack Sats. 🫡

@ f839fb67:5c930939

Relays

| Name | Address | Price (Sats/Year) | Status | | - | - | - | - | | stephen's aegis relay | wss://paid.relay.vanderwarker.family | 42069 | | | stephen's Outbox | wss://relay.vanderwarker.family | Just Me | | | stephen's Inbox | wss://haven.vanderwarker.family/inbox | WoT | | | stephen's DMs | wss://haven.vanderwarker.family/chat | WoT | | | VFam Data Relay | wss://data.relay.vanderwarker.family | 0 | | | VFam Bots Relay | wss://skeme.vanderwarker.family | Invite | | | VFGroups (NIP29) | wss://groups.vanderwarker.family | 0 | | | [TOR] My Phone Relay | ws://naswsosuewqxyf7ov7gr7igc4tq2rbtqoxxirwyhkbuns4lwc3iowwid.onion | 0 | Meh... |

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My Pubkeys

| Name | hex | nprofile | | - | - | - | | Main | f839fb6714598a7233d09dbd42af82cc9781d0faa57474f1841af90b5c930939 | nostr:nprofile1qqs0sw0mvu29nznjx0gfm02z47pve9up6ra22ar57xzp47gttjfsjwgpramhxue69uhhyetvv9ujuanpdejx2unhv9exketj9enxzmtfd3us9mapfx | | Vanity (Backup) | 82f21be67353c0d68438003fe6e56a35e2a57c49e0899b368b5ca7aa8dde7c23 | nostr:nprofile1qqsg9usmuee48sxkssuqq0lxu44rtc4903y7pzvmx694efa23h08cgcpramhxue69uhhyetvv9ujuanpdejx2unhv9exketj9enxzmtfd3ussel49x | | VFStore | 6416f1e658ba00d42107b05ad9bf485c7e46698217e0c19f0dc2e125de3af0d0 | nostr:nprofile1qqsxg9h3uevt5qx5yyrmqkkehay9cljxdxpp0cxpnuxu9cf9mca0p5qpramhxue69uhhyetvv9ujuanpdejx2unhv9exketj9enxzmtfd3usaa8plu | | NostrSMS | 9be1b8315248eeb20f9d9ab2717d1750e4f27489eab1fa531d679dadd34c2f8d | nostr:nprofile1qqsfhcdcx9fy3m4jp7we4vn305t4pe8jwjy74v062vwk08dd6dxzlrgpramhxue69uhhyetvv9ujuanpdejx2unhv9exketj9enxzmtfd3us595d45 |

Bots

Unlocks Bot

Hex: 2e941ad17144e0a04d1b8c21c4a0dbc3fbcbb9d08ae622b5f9c85341fac7c2d0
nprofile:
nostr:nprofile1qqsza9q669c5fc9qf5dccgwy5rdu877th8gg4e3zkhuus56pltru95qpramhxue69uhhx6m9d4jjuanpdejx2unhv9exketj9enxzmtfd3ust4kvak
Latest Data:
nostr:naddr1qq882mnvda3kkttrda6kuar9wgq37amnwvaz7tmnddjk6efwweskuer9wfmkzuntv4ezuenpd45kc7gzyqhfgxk3w9zwpgzdrwxzr39qm0plhjae6z9wvg44l8y9xs06clpdqqcyqqq823cgnl9u5

Step Counter

Hex: 9223d2faeb95853b4d224a184c69e1df16648d35067a88cdf947c631b57e3de7
nprofile: nostr:nprofile1qqsfyg7jlt4etpfmf53y5xzvd8sa79ny356sv75gehu50333k4lrmecpramhxue69uhhx6m9d4jjuanpdejx2unhv9exketj9enxzmtfd3ustswp3w
Latest Data:
nostr:naddr1qvzqqqr4gupzpy3r6tawh9v98dxjyjscf357rhckvjxn2pn63rxlj37xxx6hu008qys8wumn8ghj7umtv4kk2tnkv9hxgetjwashy6m9wghxvctdd9k8jtcqp3ehgets943k7atww3jhyn39gff

RCTGuest

Hex: 373904615c781e46bf5bf87b4126c8a568a05393b1b840b1a2a3234d20affa0c
nprofile: nostr:nprofile1qqsrwwgyv9w8s8jxhadls76pymy2269q2wfmrwzqkx32xg6dyzhl5rqpramhxue69uhhx6m9d4jjuanpdejx2unhv9exketj9enxzmtfd3usy92jlx

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NIP-29 Groups

See here

• Minecraft Group Chat
• nostr:naddr1qqrxvc33xpnxxqfqwaehxw309anhymm4wpejuanpdejx2unhv9exketj9enxzmtfd3usygrzymrpd2wz8ularp06y8ad5dgaddlumyt7tfzqge3vc97sgsarjvpsgqqqnpvqazypfd
• VFNet Group Chat
• nostr:naddr1qqrrwvfjx9jxzqfqwaehxw309anhymm4wpejuanpdejx2unhv9exketj9enxzmtfd3usygrzymrpd2wz8ularp06y8ad5dgaddlumyt7tfzqge3vc97sgsarjvpsgqqqnpvq08hx48

"Nostrified Websites"

[D] = Saves darkmode preferences over nostr
[A] = Auth over nostr
[B] = Beta (software)
[z] = zap enabled

• [DABz] Main Site
• [DAB] Contact Site
• [DAB] PGP Site
• [DAB] VFCA Site

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Other Services (Hosted code)

• Blossom
  
• NostrCheck
  

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Emojis Packs

• Minecraft
• nostr:naddr1qqy566twv43hyctxwsq37amnwvaz7tmjv4kxz7fwweskuer9wfmkzuntv4ezuenpd45kc7gzyrurn7m8z3vc5u3n6zwm6s40stxf0qwsl2jhga83ssd0jz6ujvynjqcyqqq82nsd0k5wp
• AIM
• nostr:naddr1qqxxz6tdv4kk7arfvdhkuucpramhxue69uhhyetvv9ujuanpdejx2unhv9exketj9enxzmtfd3usyg8c88akw9ze3fer85yah4p2lqkvj7qap749w360rpq6ly94eycf8ypsgqqqw48qe0j2yk
• Blobs
• nostr:naddr1qqz5ymr0vfesz8mhwden5te0wfjkccte9emxzmnyv4e8wctjddjhytnxv9kkjmreqgs0sw0mvu29nznjx0gfm02z47pve9up6ra22ar57xzp47gttjfsjwgrqsqqqa2wek4ukj
• FavEmojis
• nostr:naddr1qqy5vctkg4kk76nfwvq37amnwvaz7tmjv4kxz7fwweskuer9wfmkzuntv4ezuenpd45kc7gzyrurn7m8z3vc5u3n6zwm6s40stxf0qwsl2jhga83ssd0jz6ujvynjqcyqqq82nsf7sdwt
• Modern Family
• nostr:naddr1qqx56mmyv4exugzxv9kkjmreqy0hwumn8ghj7un9d3shjtnkv9hxgetjwashy6m9wghxvctdd9k8jq3qlqulkec5tx98yv7snk759tuzejtcr5865468fuvyrtuskhynpyusxpqqqp65ujlj36n
• nostriches (Amethyst collection)
• nostr:naddr1qq9xummnw3exjcmgv4esz8mhwden5te0wfjkccte9emxzmnyv4e8wctjddjhytnxv9kkjmreqgs0sw0mvu29nznjx0gfm02z47pve9up6ra22ar57xzp47gttjfsjwgrqsqqqa2w2sqg6w
• Pepe
• nostr:naddr1qqz9qetsv5q37amnwvaz7tmjv4kxz7fwweskuer9wfmkzuntv4ezuenpd45kc7gzyrurn7m8z3vc5u3n6zwm6s40stxf0qwsl2jhga83ssd0jz6ujvynjqcyqqq82ns85f6x7
• Minecraft Font
• nostr:naddr1qq8y66twv43hyctxwssyvmmwwsq37amnwvaz7tmjv4kxz7fwweskuer9wfmkzuntv4ezuenpd45kc7gzyrurn7m8z3vc5u3n6zwm6s40stxf0qwsl2jhga83ssd0jz6ujvynjqcyqqq82nsmzftgr
• Archer Font
• nostr:naddr1qq95zunrdpjhygzxdah8gqglwaehxw309aex2mrp0yh8vctwv3jhyampwf4k2u3wvesk66tv0ypzp7peldn3gkv2wgeap8dag2hc9nyhs8g04ft5wnccgxhepdwfxzfeqvzqqqr4fclkyxsh
• SMB Font
• nostr:naddr1qqv4xatsv4ezqntpwf5k7gzzwfhhg6r9wfejq3n0de6qz8mhwden5te0wfjkccte9emxzmnyv4e8wctjddjhytnxv9kkjmreqgs0sw0mvu29nznjx0gfm02z47pve9up6ra22ar57xzp47gttjfsjwgrqsqqqa2w0wqpuk

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Git Over Nostr

• NostrSMS
• nostr:naddr1qqyxummnw3e8xmtnqy0hwumn8ghj7un9d3shjtnkv9hxgetjwashy6m9wghxvctdd9k8jqfrwaehxw309amk7apwwfjkccte9emxzmnyv4e8wctjddjhytnxv9kkjmreqyj8wumn8ghj7urpd9jzuun9d3shjtnkv9hxgetjwashy6m9wghxvctdd9k8jqg5waehxw309aex2mrp0yhxgctdw4eju6t0qyxhwumn8ghj7mn0wvhxcmmvqgs0sw0mvu29nznjx0gfm02z47pve9up6ra22ar57xzp47gttjfsjwgrqsqqqaueqp0epk
• nip51backup
• nostr:naddr1qq9ku6tsx5ckyctrdd6hqqglwaehxw309aex2mrp0yh8vctwv3jhyampwf4k2u3wvesk66tv0yqjxamnwvaz7tmhda6zuun9d3shjtnkv9hxgetjwashy6m9wghxvctdd9k8jqfywaehxw309acxz6ty9eex2mrp0yh8vctwv3jhyampwf4k2u3wvesk66tv0yq3gamnwvaz7tmjv4kxz7fwv3sk6atn9e5k7qgdwaehxw309ahx7uewd3hkcq3qlqulkec5tx98yv7snk759tuzejtcr5865468fuvyrtuskhynpyusxpqqqpmej4gtqs6
• bukkitstr
• nostr:naddr1qqykyattdd5hgum5wgq37amnwvaz7tmjv4kxz7fwweskuer9wfmkzuntv4ezuenpd45kc7gpydmhxue69uhhwmm59eex2mrp0yh8vctwv3jhyampwf4k2u3wvesk66tv0yqjgamnwvaz7tmsv95kgtnjv4kxz7fwweskuer9wfmkzuntv4ezuenpd45kc7gpz3mhxue69uhhyetvv9ujuerpd46hxtnfduqs6amnwvaz7tmwdaejumr0dspzp7peldn3gkv2wgeap8dag2hc9nyhs8g04ft5wnccgxhepdwfxzfeqvzqqqrhnyf6g0n2

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Market Places

Please use Nostr Market or somthing simular, to view.

• VFStore
• nostr:naddr1qqjx2v34xe3kxvpn95cnqven956rwvpc95unscn9943kxet98q6nxde58p3ryqglwaehxw309aex2mrp0yh8vctwv3jhyampwf4k2u3wvesk66tv0yqjvamnwvaz7tmgv9mx2m3wweskuer9wfmkzuntv4ezuenpd45kc7f0da6hgcn00qqjgamnwvaz7tmsv95kgtnjv4kxz7fwweskuer9wfmkzuntv4ezuenpd45kc7gpydmhxue69uhhwmm59eex2mrp0yh8vctwv3jhyampwf4k2u3wvesk66tv0ypzqeqk78n93wsq6sss0vz6mxl5shr7ge5cy9lqcx0smshpyh0r4uxsqvzqqqr4gvlfm7gu

---

Badges

Created

• paidrelayvf
• nostr:naddr1qq9hqctfv3ex2mrp09mxvqglwaehxw309aex2mrp0yh8vctwv3jhyampwf4k2u3wvesk66tv0ypzp7peldn3gkv2wgeap8dag2hc9nyhs8g04ft5wnccgxhepdwfxzfeqvzqqqr48y85v3u3
• iPow
• nostr:naddr1qqzxj5r02uq37amnwvaz7tmjv4kxz7fwweskuer9wfmkzuntv4ezuenpd45kc7gzyrurn7m8z3vc5u3n6zwm6s40stxf0qwsl2jhga83ssd0jz6ujvynjqcyqqq82wgg02u0r
• codmaster
• nostr:naddr1qqykxmmyd4shxar9wgq37amnwvaz7tmjv4kxz7fwweskuer9wfmkzuntv4ezuenpd45kc7gzyrurn7m8z3vc5u3n6zwm6s40stxf0qwsl2jhga83ssd0jz6ujvynjqcyqqq82wgk3gm4g
• iMine
• nostr:naddr1qqzkjntfdejsz8mhwden5te0wfjkccte9emxzmnyv4e8wctjddjhytnxv9kkjmreqgs0sw0mvu29nznjx0gfm02z47pve9up6ra22ar57xzp47gttjfsjwgrqsqqqafed5s4x5

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Clients I Use

• Amethyst
• nostr:naddr1qqxnzd3cx5urqv3nxymngdphqgsyvrp9u6p0mfur9dfdru3d853tx9mdjuhkphxuxgfwmryja7zsvhqrqsqqql8kavfpw3
• noStrudel
• nostr:naddr1qqxnzd3cxccrvd34xser2dpkqy28wumn8ghj7un9d3shjtnyv9kh2uewd9hsygpxdq27pjfppharynrvhg6h8v2taeya5ssf49zkl9yyu5gxe4qg55psgqqq0nmq5mza9n
• nostrsms
• nostr:naddr1qq9rzdejxcunxde4xymqz8mhwden5te0wfjkccte9emxzmnyv4e8wctjddjhytnxv9kkjmreqgsfhcdcx9fy3m4jp7we4vn305t4pe8jwjy74v062vwk08dd6dxzlrgrqsqqql8kjn33qm

---

Lists

• Fediverse
  • nostr:naddr1qvzqqqr4xqpzp7peldn3gkv2wgeap8dag2hc9nyhs8g04ft5wnccgxhepdwfxzfeqys8wumn8ghj7un9d3shjtnkv9hxgetjwashy6m9wghxvctdd9k8jtcqp9rx2erfwejhyum9j4g0xh
• AI
  • nostr:naddr1qvzqqqr4xypzp7peldn3gkv2wgeap8dag2hc9nyhs8g04ft5wnccgxhepdwfxzfeqys8wumn8ghj7un9d3shjtnkv9hxgetjwashy6m9wghxvctdd9k8jtcqqfq5j65twn7
• Asterisk Shenanigans
  • nostr:naddr1qvzqqqr4xypzp7peldn3gkv2wgeap8dag2hc9nyhs8g04ft5wnccgxhepdwfxzfeqys8wumn8ghj7un9d3shjtnkv9hxgetjwashy6m9wghxvctdd9k8jtcqz3qhxar9wf5hx6eq2d5x2mnpde5kwctwwvaxjuzz
• Minecraft Videos
  • nostr:naddr1qvzqqqr4xypzp7peldn3gkv2wgeap8dag2hc9nyhs8g04ft5wnccgxhepdwfxzfeqys8wumn8ghj7un9d3shjtnkv9hxgetjwashy6m9wghxvctdd9k8jtcqzpxkjmn9vdexzen5yptxjer9daesqrd8jk

@ 04c915da:3dfbecc9

This piece is the first in a series that will focus on things I think are a priority if your focus is similar to mine: building a strong family and safeguarding their future.

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Choosing the ideal place to raise a family is one of the most significant decisions you will ever make. For simplicity sake I will break down my thought process into key factors: strong property rights, the ability to grow your own food, access to fresh water, the freedom to own and train with guns, and a dependable community.

A Jurisdiction with Strong Property Rights

Strong property rights are essential and allow you to build on a solid foundation that is less likely to break underneath you. Regions with a history of limited government and clear legal protections for landowners are ideal. Personally I think the US is the single best option globally, but within the US there is a wide difference between which state you choose. Choose carefully and thoughtfully, think long term. Obviously if you are not American this is not a realistic option for you, there are other solid options available especially if your family has mobility. I understand many do not have this capability to easily move, consider that your first priority, making movement and jurisdiction choice possible in the first place.

Abundant Access to Fresh Water

Water is life. I cannot overstate the importance of living somewhere with reliable, clean, and abundant freshwater. Some regions face water scarcity or heavy regulations on usage, so prioritizing a place where water is plentiful and your rights to it are protected is critical. Ideally you should have well access so you are not tied to municipal water supplies. In times of crisis or chaos well water cannot be easily shutoff or disrupted. If you live in an area that is drought prone, you are one drought away from societal chaos. Not enough people appreciate this simple fact.

Grow Your Own Food

A location with fertile soil, a favorable climate, and enough space for a small homestead or at the very least a garden is key. In stable times, a small homestead provides good food and important education for your family. In times of chaos your family being able to grow and raise healthy food provides a level of self sufficiency that many others will lack. Look for areas with minimal restrictions, good weather, and a culture that supports local farming.

Guns

The ability to defend your family is fundamental. A location where you can legally and easily own guns is a must. Look for places with a strong gun culture and a political history of protecting those rights. Owning one or two guns is not enough and without proper training they will be a liability rather than a benefit. Get comfortable and proficient. Never stop improving your skills. If the time comes that you must use a gun to defend your family, the skills must be instinct. Practice. Practice. Practice.

A Strong Community You Can Depend On

No one thrives alone. A ride or die community that rallies together in tough times is invaluable. Seek out a place where people know their neighbors, share similar values, and are quick to lend a hand. Lead by example and become a good neighbor, people will naturally respond in kind. Small towns are ideal, if possible, but living outside of a major city can be a solid balance in terms of work opportunities and family security.

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Let me know if you found this helpful. My plan is to break down how I think about these five key subjects in future posts.

@ 04ff5a72:22ba7b2d

Introduction

If you’re looking to reduce your reliance on traditional banks and fiat currency, cryptocurrency can be an excellent alternative. It offers more control over your finances, helps you avoid bank fees, and can even grow your savings at higher rates than most banks or investment institutions provide. Here’s how you can get started with key services to make the most of crypto in your daily life.

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Coinbase: A Modern Bank for the Crypto Era

Coinbase is one of the oldest and most trusted cryptocurrency platforms in the U.S. It lets you buy, sell, and trade a wide variety of cryptocurrencies. You can fund your account through direct bank deposits, PayPal, or any bank account.

The standout feature is their Coinbase Debit Card, which allows you to spend cryptocurrency just like you would with a regular bank debit card. Here’s why it’s special:

Available as both a physical card and a virtual card for Apple Wallet or Google Wallet, so you can tap and pay at most stores in the U.S.

• Spend any cryptocurrency in your Coinbase account, automatically converted to U.S. dollars at the time of purchase. Or, use their stablecoin, USDC.
• Earn 4.35% APY on USDC held in your account.
• Get 0.5% crypto rewards on every purchase, credited in Bitcoin (BTC), Ethereum (ETH), or other cryptocurrencies of your choice.

You can apply for a Coinbase Debit Card here. The virtual card is available immediately, and the physical card arrives by mail.

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BitWage: Get Paid in Crypto

BitWage is a service tailored for contractors and freelancers, especially those dealing with international payments. It simplifies cross-border transactions and offers unique flexibility:

• Create invoices for clients or set up direct deposit with your employer’s payroll system.
• Payments can be converted automatically into Bitcoin, Ethereum, USDC, and other cryptocurrencies, which are sent directly to your crypto wallet.
• You can even split payments between cryptocurrency and your traditional bank account in any ratio you choose.

BitWage is perfect if you want to incorporate cryptocurrency into your paycheck without hassle.

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FluidKey: Privacy-Focused Bank-to-Crypto Transfers

Fluidkey offers a seamless and privacy-focused solution for purchasing Ethereum (ETH) using ACH bank deposits. By leveraging Fluidkey’s platform, users can securely link their bank accounts and initiate ACH transfers to purchase ETH without exposing sensitive personal details. The service prioritizes privacy, ensuring transactions are discreet and handled with industry-leading encryption and compliance standards. Fluidkey simplifies the ETH acquisition process, offering a reliable alternative for individuals seeking secure and efficient methods for private cryptocurrency purchases.

Learn more about how to use this service via their documentation. For a more technical overview read the following blog entry.

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Phoenix Wallet: Harnessing the Bitcoin Lightning Network

The Bitcoin Lightning Network is a technology that enables fast and low-cost Bitcoin transactions, avoiding delays and high fees.

The Phoenix Wallet is a user-friendly mobile app that lets you manage Bitcoin securely and use the Lightning Network easily. Here’s why it stands out:

• Full Control: With Phoenix, you hold the private keys to your wallet. In the crypto world, “Not your keys, not your crypto” means you’re in charge of your funds, ensuring no third party can freeze or seize them.
• Privacy and Security: Phoenix uses tools like the TOR network for anonymity and allows you to connect to private Bitcoin nodes, adding layers of security.
• No Custodians: Unlike exchanges like Coinbase, Phoenix is a non-custodial wallet. This means you are responsible for backing up your recovery phrase (a 12- or 24-word mnemonic) to restore your wallet if needed.

Phoenix Wallet is an excellent choice for secure, private Bitcoin transactions.

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Hardware Wallets: The Ultimate Crypto Security

For those holding large amounts of cryptocurrency, a hardware wallet is the most secure option. It stores your private keys offline, away from potential hackers.

Here’s why hardware wallets are essential:

• Offline Security: Unlike software wallets, hardware wallets keep your private keys isolated from the internet.
• Multi-Currency Support: Most hardware wallets can store Bitcoin, Ethereum, and a wide range of other cryptocurrencies.
• Recovery Options: With a backup recovery phrase, you can restore your wallet on another device if your hardware wallet is lost or damaged.

Ledger is a leading manufacturer of hardware wallets. They offer models like the compact Ledger Nano and the advanced Ledger Stax, catering to both beginners and experienced users.

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By incorporating these services into your routine, you can take full advantage of cryptocurrency to manage, spend, and secure your funds more effectively.

Note: this article is primarily catered towards US residents. Crypto and crypto-banking service rules and regulations vary vastly from country-to-country. The US, in particular, has lagged behind much of the world in terms of catering to “un-banking” for a variety of social and political reasons.

@ 6389be64:ef439d32

GA, plebs. The latest episode of Bitcoin And is out, and, as always, the chicanery is running rampant. Let’s break down the biggest topics I covered, and if you want the full, unfiltered rant, make sure to listen to the episode linked below.

House Democrats’ MEME Act: A Bad Joke?

House Democrats are proposing a bill to ban presidential meme coins, clearly aimed at Trump’s and Melania’s ill-advised token launches. While grifters launching meme coins is bad, this bill is just as ridiculous. If this legislation moves forward, expect a retaliatory strike exposing how politicians like Pelosi and Warren mysteriously amassed their fortunes. Will it pass? Doubtful. But it’s another sign of the government’s obsession with regulating everything except itself.

Senate Banking’s First Digital Asset Hearing: The Real Target Is You

Cynthia Lummis chaired the first digital asset hearing, and—surprise!—it was all about control. The discussion centered on stablecoins, AML, and KYC regulations, with witnesses suggesting Orwellian measures like freezing stablecoin transactions unless pre-approved by authorities. What was barely mentioned? Bitcoin. They want full oversight of stablecoins, which is really about controlling financial freedom. Expect more nonsense targeting self-custody wallets under the guise of stopping “bad actors.”

Bank of America and PayPal Want In on Stablecoins

Bank of America’s CEO openly stated they’ll launch a stablecoin as soon as regulation allows. Meanwhile, PayPal’s CEO paid for a hat using Bitcoin—not their own stablecoin, Pi USD. Why wouldn’t he use his own product? Maybe he knows stablecoins aren’t what they’re hyped up to be. Either way, the legacy financial system is gearing up to flood the market with stablecoins, not because they love crypto, but because it’s a tool to extend U.S. dollar dominance.

MetaPlanet Buys the Dip

Japan’s MetaPlanet issued $13.4M in bonds to buy more Bitcoin, proving once again that institutions see the writing on the wall. Unlike U.S. regulators who obsess over stablecoins, some companies are actually stacking sats.

UK Expands Crypto Seizure Powers

Across the pond, the UK government is pushing legislation to make it easier to seize and destroy crypto linked to criminal activity. While they frame it as going after the bad guys, it’s another move toward centralized control and financial surveillance.

Bitcoin Tools & Tech: Arc, SatoChip, and Nunchuk

Some bullish Bitcoin developments: ARC v0.5 is making Bitcoin’s second layer more efficient, SatoChip now supports Taproot and Nostr, and Nunchuk launched a group wallet with chat, making multisig collaboration easier.

The Bottom Line

The state is coming for financial privacy and control, and stablecoins are their weapon of choice. Bitcoiners need to stay focused, keep their coins in self-custody, and build out parallel systems. Expect more regulatory attacks, but don’t let them distract you—just keep stacking and transacting in ways they can’t control.

🎧 Listen to the full episode here: https://fountain.fm/episode/PYITCo18AJnsEkKLz2Ks

💰 Support the show by boosting sats on Podcasting 2.0! and I will see you on the other side.

@ b2d670de:907f9d4a

This is a list of nostr clients exposed as onion services. The list is currently actively maintained on GitHub. Contributions are always appreciated!

| Client name | Onion URL | Source code URL | Admin | Description | | --- | --- | --- | --- | --- | | Snort | http://agzj5a4be3kgp6yurijk4q7pm2yh4a5nphdg4zozk365yirf7ahuctyd.onion | https://git.v0l.io/Kieran/snort | operator | N/A | | moStard | http://sifbugd5nwdq77plmidkug4y57zuqwqio3zlyreizrhejhp6bohfwkad.onion/ | https://github.com/rafael-xmr/nostrudel/tree/mostard | operator | minimalist monero friendly nostrudel fork | | Nostrudel | http://oxtrnmb4wsb77rmk64q3jfr55fo33luwmsyaoovicyhzgrulleiojsad.onion/ | https://github.com/hzrd149/nostrudel | operator | Runs latest tagged docker image | | Nostrudel Next | http://oxtrnnumsflm7hmvb3xqphed2eqpbrt4seflgmdsjnpgc3ejd6iycuyd.onion/ | https://github.com/hzrd149/nostrudel | operator | Runs latest "next" tagged docker image | | Nsite | http://q457mvdt5smqj726m4lsqxxdyx7r3v7gufzt46zbkop6mkghpnr7z3qd.onion/ | https://github.com/hzrd149/nsite-ts | operator | Runs nsite. You can read more about nsite here. | | Shopstr | http://6fkdn756yryd5wurkq7ifnexupnfwj6sotbtby2xhj5baythl4cyf2id.onion/ | https://github.com/shopstr-eng/shopstr-hidden-service | operator | Runs the latest serverless branch build of Shopstr. |

@ 147ac18e:ef1ca1ba

In a recent episode of The Survival Podcast, host Jack Spirko presents a contrarian view on the current trade war and tariffs imposed by the U.S. government. Far from being a chaotic or irrational policy, Jack argues that these tariffs are part of a broader strategic plan to rewire the global trade system in America's favor—and to force long-overdue changes in the domestic economy. Here's a breakdown of the core reasons Jack believes this is happening (or will happen) as a result of the tariffs:In a recent episode of The Survival Podcast, host Jack Spirko presents a contrarian view on the current trade war and tariffs imposed by the U.S. government. Far from being a chaotic or irrational policy, Jack argues that these tariffs are part of a broader strategic plan to rewire the global trade system in America's favor—and to force long-overdue changes in the domestic economy. Here's a breakdown of the core reasons Jack believes this is happening (or will happen) as a result of the tariffs:

1. Tariffs Are a Tool, Not the Goal

Jack’s central thesis is that tariffs are not meant to be a permanent fixture—they’re a pressure tactic. The goal isn’t protectionism for its own sake, but rather to reset trade relationships that have historically disadvantaged the U.S. For example, Taiwan responded to the tariffs not with retaliation but by proactively offering to reduce barriers and increase imports from the U.S. That, Jack says, is the intended outcome: cooperation on better terms.

2. Forced Deleveraging to Prevent Collapse

One of the boldest claims Jack makes is that the Trump administration used the tariffs as a catalyst to trigger a “controlled burn” of an over-leveraged stock market. According to him, large institutions were deeply leveraged in equities, and had the bubble popped organically later in the year, it would have required massive bailouts. Instead, the shock caused by tariffs triggered early deleveraging, avoiding systemic failure.

“I’m telling you, a bailout scenario was just avoided... This was intentional.” – Jack Spirko

3. Global Re-shoring and Domestic Manufacturing

Tariffs are incentivizing companies to move production back to the U.S., especially in key areas like semiconductors, energy, and industrial goods. This shift is being further accelerated by global geopolitical instability, creating a “once-in-a-generation” opportunity to rebuild small-town America and domestic supply chains.

4. Not Inflationary—Strategically Deflationary

Jack challenges conventional economic wisdom by arguing that tariffs themselves do not cause inflation, because inflation is a function of monetary expansion—not rising prices alone. In fact, he believes this economic shift may lead to deflation in some sectors, particularly as companies liquidate inventory, lower prices to remain competitive, and reduce reliance on foreign supply chains.

“Rising prices alone are not inflation. Inflation is expansion of the money supply.” – Jack Spirko

5. Energy Costs Will Fall

A drop in global oil prices, partially due to reduced transport needs as manufacturing reshoring increases, plays into the strategy. Jack notes that oil at $60 per barrel weakens adversaries like Russia (whose economy depends heavily on high oil prices) while keeping U.S. production viable. Lower energy costs also benefit domestic manufacturers.

6. The Digital Dollar & Global Dollarization

Alongside this industrial shift, the U.S. is poised to roll out a “digital dollar” infrastructure, giving global access to stablecoins backed by U.S. banks. Jack frames this as an effort to further entrench the dollar as the world’s dominant currency—ensuring continued global demand and export leverage without the need for perpetual military enforcement.

7. A Window of Opportunity for Americans

For individuals, Jack sees this economic transformation as a rare chance to accumulate long-term assets—stocks, Bitcoin, and real estate—while prices are suppressed. He warns that those who panic and sell are operating with a “poverty mindset,” whereas those who stay the course will benefit from what he describes as “the greatest fire sale of productive assets in a generation.”

---

Conclusion: Not a Collapse, But a Reset

Rather than viewing tariffs as a harbinger of economic doom, Jack presents them as part of a forced evolution—an uncomfortable but necessary reboot of the U.S. economic operating system. Whether or not it works as intended, he argues, this is not a haphazard policy. It’s a calculated reshaping of global and domestic economic dynamics, and one with enormous implications for trade, energy, inflation, and the average American investor.

@ 378562cd:a6fc6773

Here in the country, we know a thing or two about focus. You can't fix a fence, milk a cow, or hoe a straight row if you're half-distracted or daydreaming about something else. The same applies to anything in life, whether it's trying to finish a project, have a meaningful conversation, or simply sit still long enough to pray. Concentration is a skill that, like all good things, requires a little grit and a lot of practice.

Here’s some practical, common-sense advice to help you buckle down and focus when your mind is spinning a bit too fast.

1. Clear the Mess Before You Start A messy space leads to a messy mind. You wouldn’t gut a deer on the kitchen table, and you shouldn’t expect to think clearly in a cluttered room. Clean up your work area. Put things away. Next, do the same with your mind and jot down everything swirling around in there. Get it out, set it aside, and focus completely on one task at a time.

2. Work Like a Farmer: in Spurts! A farmer doesn’t plow from sunup to sundown without stopping to catch his breath. He works steadily, confidently, but knows when to rest his bones, wipe his brow, and sip a cold drink. That’s the kind of rhythm that gets things done without wearing a man down. Try working in short, focused bursts for about twenty-five minutes, then take a five-minute breather. Stretch your legs, step outside, say a quick prayer, and return to your task. After a few rounds, take a longer break to let your mind cool off. You’ll accomplish more this way and won’t feel worn out by noon.

3. Stop Trying to Juggle Chickens Multitasking may seem impressive, but let’s face it: attempting to accomplish five tasks at once often results in none being done correctly. Concentrate on one task. Give it your all. Then move on. You’ll be more productive and less stressed.

4. Turn Down the Noise Distractions are like flies at a picnic - relentless and annoying. Shoo them away. Keep your phone out of reach. Use apps to block websites that drain your time. Turn off the TV. You cannot harvest peace and quiet if you’re watering weeds.

5. Feed Your Brain Like You Feed Your Livestock Your brain ain’t some spare part you can ignore and still expect to run strong. It needs proper tending, just like the rest of you. So drink plenty of water, not just coffee. Eat real food that grew in the ground or once walked on it, not something cooked up in a lab. Step outside and let the breeze hit your face. Soak up some sunshine and stretch your legs. Move a little; even a short walk can shake the cobwebs loose. It doesn’t take much, but you’ll be surprised what a difference it makes. A well-fed, well-rested mind is a sharp one, ready to do good work and hear what God’s saying through the noise.

6. Start Small, Grow Strong You don’t plant a tree and expect shade the next day. Same with focus. If you can only concentrate for ten minutes at first, that’s fine. Do that. Then, stretch it to fifteen, then thirty. It takes time and a little muscle, like splitting wood or learning to fish.

7. Know Your Why There’s a reason behind everything we do; remembering your reason helps you stay the course. Ask yourself: Why does this matter? Who am I doing this for? What good will come of it? Purpose gives power to your focus.

8. Rest Like It’s Part of the Job—Because It Is Hard work matters, and so does rest. Even the Lord took a day off. Sleep well, take breaks, go for a walk, and let your brain breathe. You don’t have to earn your rest; you just have to honor it. You’ll be sharper when you return.

Final Word from the Porch Concentration ain’t about being superhuman. It’s about making smart choices in small moments. Shut out the noise. Show up for your tasks. Give them your full attention. That’s how fences get mended, stories get written, and lives get changed.

Take it slow. Take it steady. And keep your eye on the prize.

@ 460c25e6:ef85065c

If you don't know where your posts are, you might as well just stay in the centralized Twitter. You either take control of your relay lists, or they will control you. Amethyst offers several lists of relays for our users. We are going to go one by one to help clarify what they are and which options are best for each one.

Public Home/Outbox Relays

Home relays store all YOUR content: all your posts, likes, replies, lists, etc. It's your home. Amethyst will send your posts here first. Your followers will use these relays to get new posts from you. So, if you don't have anything there, they will not receive your updates.

Home relays must allow queries from anyone, ideally without the need to authenticate. They can limit writes to paid users without affecting anyone's experience.

This list should have a maximum of 3 relays. More than that will only make your followers waste their mobile data getting your posts. Keep it simple. Out of the 3 relays, I recommend: - 1 large public, international relay: nos.lol, nostr.mom, relay.damus.io, etc. - 1 personal relay to store a copy of all your content in a place no one can delete. Go to relay.tools and never be censored again. - 1 really fast relay located in your country: paid options like http://nostr.wine are great

Do not include relays that block users from seeing posts in this list. If you do, no one will see your posts.

Public Inbox Relays

This relay type receives all replies, comments, likes, and zaps to your posts. If you are not getting notifications or you don't see replies from your friends, it is likely because you don't have the right setup here. If you are getting too much spam in your replies, it's probably because your inbox relays are not protecting you enough. Paid relays can filter inbox spam out.

Inbox relays must allow anyone to write into them. It's the opposite of the outbox relay. They can limit who can download the posts to their paid subscribers without affecting anyone's experience.

This list should have a maximum of 3 relays as well. Again, keep it small. More than that will just make you spend more of your data plan downloading the same notifications from all these different servers. Out of the 3 relays, I recommend: - 1 large public, international relay: nos.lol, nostr.mom, relay.damus.io, etc. - 1 personal relay to store a copy of your notifications, invites, cashu tokens and zaps. - 1 really fast relay located in your country: go to nostr.watch and find relays in your country

Terrible options include: - nostr.wine should not be here. - filter.nostr.wine should not be here. - inbox.nostr.wine should not be here.

DM Inbox Relays

These are the relays used to receive DMs and private content. Others will use these relays to send DMs to you. If you don't have it setup, you will miss DMs. DM Inbox relays should accept any message from anyone, but only allow you to download them.

Generally speaking, you only need 3 for reliability. One of them should be a personal relay to make sure you have a copy of all your messages. The others can be open if you want push notifications or closed if you want full privacy.

Good options are: - inbox.nostr.wine and auth.nostr1.com: anyone can send messages and only you can download. Not even our push notification server has access to them to notify you. - a personal relay to make sure no one can censor you. Advanced settings on personal relays can also store your DMs privately. Talk to your relay operator for more details. - a public relay if you want DM notifications from our servers.

Make sure to add at least one public relay if you want to see DM notifications.

Private Home Relays

Private Relays are for things no one should see, like your drafts, lists, app settings, bookmarks etc. Ideally, these relays are either local or require authentication before posting AND downloading each user\'s content. There are no dedicated relays for this category yet, so I would use a local relay like Citrine on Android and a personal relay on relay.tools.

Keep in mind that if you choose a local relay only, a client on the desktop might not be able to see the drafts from clients on mobile and vice versa.

Search relays:

This is the list of relays to use on Amethyst's search and user tagging with @. Tagging and searching will not work if there is nothing here.. This option requires NIP-50 compliance from each relay. Hit the Default button to use all available options on existence today: - nostr.wine - relay.nostr.band - relay.noswhere.com

Local Relays:

This is your local storage. Everything will load faster if it comes from this relay. You should install Citrine on Android and write ws://localhost:4869 in this option.

General Relays:

This section contains the default relays used to download content from your follows. Notice how you can activate and deactivate the Home, Messages (old-style DMs), Chat (public chats), and Global options in each.

Keep 5-6 large relays on this list and activate them for as many categories (Home, Messages (old-style DMs), Chat, and Global) as possible.

Amethyst will provide additional recommendations to this list from your follows with information on which of your follows might need the additional relay in your list. Add them if you feel like you are missing their posts or if it is just taking too long to load them.

My setup

Here's what I use: 1. Go to relay.tools and create a relay for yourself. 2. Go to nostr.wine and pay for their subscription. 3. Go to inbox.nostr.wine and pay for their subscription. 4. Go to nostr.watch and find a good relay in your country. 5. Download Citrine to your phone.

Then, on your relay lists, put:

Public Home/Outbox Relays: - nostr.wine - nos.lol or an in-country relay. - .nostr1.com

Public Inbox Relays - nos.lol or an in-country relay - .nostr1.com

DM Inbox Relays - inbox.nostr.wine - .nostr1.com

Private Home Relays - ws://localhost:4869 (Citrine) - .nostr1.com (if you want)

Search Relays - nostr.wine - relay.nostr.band - relay.noswhere.com

Local Relays - ws://localhost:4869 (Citrine)

General Relays - nos.lol - relay.damus.io - relay.primal.net - nostr.mom

And a few of the recommended relays from Amethyst.

Final Considerations

Remember, relays can see what your Nostr client is requesting and downloading at all times. They can track what you see and see what you like. They can sell that information to the highest bidder, they can delete your content or content that a sponsor asked them to delete (like a negative review for instance) and they can censor you in any way they see fit. Before using any random free relay out there, make sure you trust its operator and you know its terms of service and privacy policies.

@ 9a1adc34:9a9d705b

Testing the concept of using Nostr as a personal CMS.

@ 378562cd:a6fc6773

What Happens When You Wean Your Digital Life Way Back?

We’re swimming in screens. Notifications, news, and endless feeds are all designed to keep us plugged in, distracted, and running on digital fumes. But what happens when you stop feeding the machine?

What happens when you step back, shut it off, and just… live?

You might be amazed.

Step One: Wean Way Down

Start simple. No grand declarations, but just a quiet rebellion.

Fewer apps. Fewer tabs. Less time online. Maybe you only use the computer in the mornings. Maybe you can turn your phone off in the evening. Maybe Sunday will become a screen-free Sabbath.

The goal? Clear. Clean. Quiet.

At first, it might feel weird. Like quitting sugar or coffee, you’ll feel the pull. But then? Something shifts.

What Starts to Happen… 1. Your Mind Clears Up You stop bouncing from thought to thought. You breathe. You remember what it feels like to think deeply, uninterrupted. Your brain stops buffering and starts building again.

1. Time Slows Down You realize how much time was slipping through your fingers. Without the digital drag, you suddenly have space. You get stuff done. You notice the birds. You fix the fence. You write a letter. You rest. I've personally done these things. It IS AMAZING!

2. You Hear God More Clearly When the digital static dies down, the whisper of God gets louder. Scripture comes alive again. Prayer feels less like a chore and more like a lifeline. You hear Him in the quiet—and sometimes, even in yourself.

3. People Come Back into Focus You stop skimming people like headlines. You sit down, look up, listen, and be present. You find yourself reaching out more, talking longer, and remembering what a real connection feels like.

4. You Feel Alive Again You get energy back, your hands get busy with real work, your body moves, and your sleep deepens. You feel stronger, clearer, and more grounded like your soul has room to breathe again.

It’s Not About Losing—It’s About Gaining Less screen time isn’t about guilt or rules. It’s about freedom. It’s about trading mindless digital noise for something deeper, like clarity, creativity, peace, and presence.

Will you miss some stuff? Sure. But what you’ll gain is real life. Good life.

Try it. Wean way down. Scale Back! Watch what happens.

@ 04c915da:3dfbecc9

Here’s a revised timeline of macro-level events from The Mandibles: A Family, 2029–2047 by Lionel Shriver, reimagined in a world where Bitcoin is adopted as a widely accepted form of money, altering the original narrative’s assumptions about currency collapse and economic control. In Shriver’s original story, the failure of Bitcoin is assumed amid the dominance of the bancor and the dollar’s collapse. Here, Bitcoin’s success reshapes the economic and societal trajectory, decentralizing power and challenging state-driven outcomes.

Part One: 2029–2032

• 2029 (Early Year)\ The United States faces economic strain as the dollar weakens against global shifts. However, Bitcoin, having gained traction emerges as a viable alternative. Unlike the original timeline, the bancor—a supranational currency backed by a coalition of nations—struggles to gain footing as Bitcoin’s decentralized adoption grows among individuals and businesses worldwide, undermining both the dollar and the bancor.

• 2029 (Mid-Year: The Great Renunciation)\ Treasury bonds lose value, and the government bans Bitcoin, labeling it a threat to sovereignty (mirroring the original bancor ban). However, a Bitcoin ban proves unenforceable—its decentralized nature thwarts confiscation efforts, unlike gold in the original story. Hyperinflation hits the dollar as the U.S. prints money, but Bitcoin’s fixed supply shields adopters from currency devaluation, creating a dual-economy split: dollar users suffer, while Bitcoin users thrive.

• 2029 (Late Year)\ Dollar-based inflation soars, emptying stores of goods priced in fiat currency. Meanwhile, Bitcoin transactions flourish in underground and online markets, stabilizing trade for those plugged into the bitcoin ecosystem. Traditional supply chains falter, but peer-to-peer Bitcoin networks enable local and international exchange, reducing scarcity for early adopters. The government’s gold confiscation fails to bolster the dollar, as Bitcoin’s rise renders gold less relevant.

• 2030–2031\ Crime spikes in dollar-dependent urban areas, but Bitcoin-friendly regions see less chaos, as digital wallets and smart contracts facilitate secure trade. The U.S. government doubles down on surveillance to crack down on bitcoin use. A cultural divide deepens: centralized authority weakens in Bitcoin-adopting communities, while dollar zones descend into lawlessness.

• 2032\ By this point, Bitcoin is de facto legal tender in parts of the U.S. and globally, especially in tech-savvy or libertarian-leaning regions. The federal government’s grip slips as tax collection in dollars plummets—Bitcoin’s traceability is low, and citizens evade fiat-based levies. Rural and urban Bitcoin hubs emerge, while the dollar economy remains fractured.

Time Jump: 2032–2047

• Over 15 years, Bitcoin solidifies as a global reserve currency, eroding centralized control. The U.S. government adapts, grudgingly integrating bitcoin into policy, though regional autonomy grows as Bitcoin empowers local economies.

Part Two: 2047

• 2047 (Early Year)\ The U.S. is a hybrid state: Bitcoin is legal tender alongside a diminished dollar. Taxes are lower, collected in BTC, reducing federal overreach. Bitcoin’s adoption has decentralized power nationwide. The bancor has faded, unable to compete with Bitcoin’s grassroots momentum.

• 2047 (Mid-Year)\ Travel and trade flow freely in Bitcoin zones, with no restrictive checkpoints. The dollar economy lingers in poorer areas, marked by decay, but Bitcoin’s dominance lifts overall prosperity, as its deflationary nature incentivizes saving and investment over consumption. Global supply chains rebound, powered by bitcoin enabled efficiency.

• 2047 (Late Year)\ The U.S. is a patchwork of semi-autonomous zones, united by Bitcoin’s universal acceptance rather than federal control. Resource scarcity persists due to past disruptions, but economic stability is higher than in Shriver’s original dystopia—Bitcoin’s success prevents the authoritarian slide, fostering a freer, if imperfect, society.

Key Differences

• Currency Dynamics: Bitcoin’s triumph prevents the bancor’s dominance and mitigates hyperinflation’s worst effects, offering a lifeline outside state control.
• Government Power: Centralized authority weakens as Bitcoin evades bans and taxation, shifting power to individuals and communities.
• Societal Outcome: Instead of a surveillance state, 2047 sees a decentralized, bitcoin driven world—less oppressive, though still stratified between Bitcoin haves and have-nots.

This reimagining assumes Bitcoin overcomes Shriver’s implied skepticism to become a robust, adopted currency by 2029, fundamentally altering the novel’s bleak trajectory.

@ ac58bbcc:7d9754d8

Research highlights the importance of using visual representations and precise language to develop students’ conceptual understanding of fractions.

Fractions are a cornerstone of mathematics education, essential for developing robust number sense and laying a solid foundation for algebra and more advanced mathematical pursuits. Despite their significance, fractions present persistent and considerable challenges for numerous learners. This research overview synthesizes key insights from the literature, focusing on the prevalent misconceptions, specific difficulties students encounter, and evidence-based instructional practices promoting a deeper, more conceptual grasp of fractions. This overview aims to equip educators with the knowledge and strategies necessary to foster student success in this critical area by examining the cognitive obstacles and exploring effective teaching approaches. Traditional instruction in fractions often falls short of promoting meaningful understanding, frequently emphasizing procedures and algorithms at the expense of conceptual development (Lamon, 2001).

Understanding the Complexities

Developing a robust understanding of fractions is far from straightforward. Students encounter a variety of conceptual hurdles that can hinder their progress. Research identifies several overarching conceptual challenges that contribute significantly to these difficulties, each stemming from misunderstandings about the nature of fractions and their relationship to other mathematical concepts.

Core Conceptual Challenges

One of the most fundamental challenges is conceptualizing fractions as numbers with magnitude and understanding their position on the number line (Simon et al., 2018). Many students struggle to see fractions as more than parts of a whole, failing to grasp that they represent quantities that can be ordered, compared, and operated on, much like whole numbers. This requires understanding that fractions have a specific location and value on the number line, just as whole numbers do.

A common misconception involves applying whole number rules inappropriately to fractions. For instance, students may believe that a fraction with a larger denominator is always larger or that adding numerators and denominators is the correct way to add fractions. This stems from the tendency to apply additive thinking, appropriate for whole numbers, to multiplicative situations involving fractions.

Grasping fraction equivalence—that different fractions can represent the same quantity (Simon et al., 2018)—is a significant hurdle. It requires recognizing that a fraction can be partitioned into smaller, equivalent units and that multiplying or dividing the numerator and denominator by the same non-zero number results in an equivalent fraction.

Performing arithmetic operations with fractions, notably addition and subtraction with unlike denominators, presents challenges due to a lack of understanding of the roles of numerators and denominators and the necessity of common units (denominators). This requires understanding the concept of common denominators, emphasizing that these represent the same-sized units.

Specific Difficulties

Beyond the broad conceptual challenges, students often grapple with more specific difficulties that stem from limited or flawed understandings:

Many students view fractions as deriving from fractions solely as parts of a whole divided into n equal pieces (n/n). This can hinder their ability to conceptualize improper fractions, as having more parts than the "whole" seems illogical (Simon et al., 2018; Stafylidou & Vosniadou, 2004). This limited view restricts their understanding of fractions to only those less than one, making it challenging to work with mixed numbers and other more complex fraction concepts.

Some students conceive of fractions (m/n, where m<n) solely as an arrangement where a whole is divided into n identical parts, and m parts are designated. They do not understand 1/n or m/n as a quantity, measure, or amount. Based on this limited notion, 1/n and m/n have no meaning when not included as parts in a whole partitioned into n identical parts (Behr, Harel, Post, & Lesh, 1992; Mitchell & Clarke, 2004; Simon, 2006; Simon et al., 2018).

Students often struggle with the concept of a referent unit, understanding a fraction only as a part of the presented totality. The difficulty arises when the referent unit is greater or less than that totality (Simon et al., 2018; Tzur, 1999). Understanding of referent units is generally not emphasized in the development of whole numbers; when whole number development is based on counting, the unit is generally left implicit. This also includes understanding that fractions can represent the same quantity or relationships (ratios) depending on the context and the considered unit.

Effective Instructional Strategies and Representations

Instruction must focus on conceptual development, utilize varied representations, and employ precise language to address the challenges and promote deep understanding.

Building Conceptual Understanding

Traditional "part-whole" language can be limiting. Brendefur and Strother propose using "count" for the numerator to emphasize that it counts the number of equivalent units of a given unit fraction. Moreover, use "unit size" for the denominator to define the size of each unit. Using "1" instead of "whole" reinforces that a fraction’s unit size is determined by the number of equal partitions between any whole numbers or, more precisely, between 0 and 1. For example, partitioning the unit of 1 into 4 equal units would be called "fourths." This precise language helps students conceptualize fractions as measurements of a unit rather than parts of a whole and helps students understand fractions greater than one.

Instruction should promote semantic analyses of written symbols, connecting them with real-world referents (Wearne & Hiebert, 1988). This involves gradually building rich symbolic meanings through connections with appropriate referents, eliminating dependence on rote memorization. Establishing connections between numeric and operational symbols with familiar referents is essential. Note that it is important to use real-world examples that are not circles when introducing fractions. Start with 1-dimensional examples (e.g., ribbon or distance) before moving to 2-dimensional ones. Students can develop a stronger conceptual understanding of fractions by progressing from one-dimensional to two-dimensional examples before encountering more complex circular representations.

Utilizing Multiple Representations

Research highlights the importance of using multiple representations to help students comprehensively understand fractions (Watanabe, 2002). These representations should be explicitly linked to show their connections and move from enactive to iconic and, then, symbolic (Bruner, 1964).

Enactive (Concrete) representations involve hands-on experiences with physical objects. Examples include using fraction bars, pattern blocks, or Cuisenaire rods to represent fractions and perform operations physically. Enactive representations are crucial for initially grounding fraction concepts in concrete experiences, allowing students to manipulate and visualize fractions directly. The connection from action to thought helps students develop a deeper understanding of fraction concepts.

Iconic (Visual) representations involve models that represent fractions, such as number lines and bar models initially, followed by area models. These representations help students transition from enactive experiences to visual support for fraction concepts. Number lines and bar models are particularly effective for illustrating relationships, comparing magnitudes, and building a conceptual understanding of fractions. However, children's understanding of twodimensional figures and their area measurements significantly affects their reasoning with area models of fractions. If this understanding is still developing, the area model may be inappropriate for discussing fractions (Watanabe, 2002).

Symbolic (Abstract) representations involve using mathematical symbols and notation to represent fractions, such as 1/2, 3/4, etc. They are the most abstract form of representation and require students to understand the underlying concepts and relationships represented by the symbols. Instruction should explicitly connect symbolic representations to iconic representations to ensure that students understand the meaning behind the symbols.

Importance of Structural Language

Using precise structural language is essential for helping students develop a clear and flexible understanding of fractions. Words such as unit, partition, iterate, compose, decompose, and equivalence provide a foundation for conceptualizing fractions and their relationships.

Partitioning a unit of 1 into equal-sized units is fundamental to understanding fractions and what the denominator means. Iterating means copying a unit with no gaps and overlaps. For example, the fraction 5/4 means that from 0 to 1 (or within each whole number) is partitioned into four equal units called "fourths." Each one-fourth unit is then iterated five times to create a precise location on a number line. This approach allows students to see fractions as measurable quantities, reinforcing their understanding of fractions as numbers and the numerator as the count of these iterated units.

Composing and decomposing units is a crucial skill in understanding and manipulating fractions. It involves combining or breaking apart fractions of similar or different sizes. This skill forms the foundation for adding and subtracting fractions with both like and unlike denominators. For instance, when solving ¾ + ½, a student might decompose ¾ into ¼ + ½. Then, they can compose the two ½ fractions to form 1, resulting in 1¼. This process demonstrates the importance of creating equivalent fractions with the same unit (denominator) to facilitate addition and subtraction. By decomposing and recomposing fractions, students develop a deeper understanding of fraction equivalence and the flexibility to work with fractions in various forms.

Historical Perspective

Examining math proficiency trends over the past few decades reveals progress and ongoing challenges. For instance, while 4th-grade proficiency rates increased from 13% in 1992 to 42% in 2013 before declining to 36% in 2022, 8thgrade proficiency saw a similar rise from 15% in 1992 to 35% in 2013, only to fall back to 26% in 2022 (National Center for Education Statistics, 2022). More alarmingly, less than 20% of 8th graders consistently demonstrated longterm retention of math facts over these periods, underscoring a persistent issue in mathematics education and highlighting the challenges students face maintaining fluency as they progress through higher grades (National Center for Education Statistics, 2022). Recent data shows a significant decline in math proficiency, particularly following the COVID-19 pandemic. The approach to teaching math facts has evolved over the past century.

Creating Effective Fraction Instruction

Effective fraction instruction requires a multi-faceted approach, prioritizing conceptual understanding and procedural fluency. A key focus should be developing fraction magnitude and sense by encouraging students to estimate, judge the reasonableness of answers and build intuition about fraction operations. Activities such as comparing and ordering fractions, estimating their size, and relating them to benchmarks like 0, 1/2, and 1 on a number line are essential for a deeper understanding of fractions as measurable quantities.

Teachers should also explicitly address common misconceptions, such as treating fractions as separate whole numbers, by designing activities that challenge these misunderstandings directly. Providing opportunities for students to explore fractions through hands-on activities and real-world problems further enhances learning by making abstract concepts more concrete and meaningful. By combining these strategies, educators can create a comprehensive instructional approach that supports students in developing a flexible and confident understanding of fractions.

Conclusion

Fostering a robust understanding of fractions demands a comprehensive and deliberate approach. Educators must move beyond rote memorization and emphasize underlying concepts, varied interpretations, and diverse representations of fractions. Key considerations for instruction include awareness of part-whole versus comparison methods for representing fractions, careful development of partitioning concepts, and sequential instruction that develops symbol meanings before practicing syntactic routines (Watanabe, 2002; Wearne & Hiebert, 1988). By attending to common misconceptions, utilizing precise language, and grounding instruction in meaningful contexts, educators can empower students to develop a flexible and confident understanding of fractions. This approach addresses the immediate challenges of fraction comprehension and sets students up for success in future mathematical endeavors, providing a solid foundation for more advanced mathematical concepts.

References

Behr, M. J., Harel, G., Post, T., & Lesh, R. (1992). Rational number, ratio, and proportion. In D. A. Grouws (Ed.). Handbook of research on mathematics teaching and learning (pp. 296–333). New York: Macmillan.

Brendefur, J. & Strother, S. (n.d.). The effect of math vocabulary instruction on student achievement. Developing Mathematical Thinking Institute. www.dmtinstitute.com.

Bruner, J. S. (1964). Toward a theory of instruction. Cambridge, MA: Belknap Press.

Lamon, S. J. (2001). Presenting and representing: From fractions to rational numbers. In A. A. Cuoco, & F. R. Curcio (Eds.), The roles of representation in school mathematics (pp. 146–165). Reston, VA: National Council of Teachers of Mathematics.

Mitchell, A., & Clarke, D. M. (2004). When is three quarters not three quarters? Listening for conceptual understanding in children’s explanations in a fractions interview. In I. Putt, R. Farragher, & M. McLean (Eds.). Mathematics education for the third millennium: Towards 2010 (Proceedings of the 27th Annual Conference of the Mathematics Education Research Group of Australasia (pp. 367–373).

Simon, M. A. (2006). Key developmental understandings in mathematics: A direction for investigating and establishing learning goals. Mathematical Thinking and Learning, 8(4), 359–371.

Simon, M. A., Placa, N., Avitzur, A., & Kara, M. (2018). Promoting a concept of fraction-as-measure: A study of the Learning Through Activity research program. The Journal of Mathematical Behavior, 51, 11-30.

Stafylidou, S., & Vosniadou, S. (2004). The development of students’ understanding of the numerical value of fractions. Learning and Instruction, 14(5), 503-518.

Tzur, R. (1999). An integrated study of children’s construction of improper fractions and the teacher’s role in promoting that learning. Journal for Research in Mathematics Education, 30(4), 390–416.

Watanabe, T. (2002). Representations in Teaching and Learning Fractions. Teaching Children Mathematics, 8(8), 457- 463.

Wearne, D., & Hiebert, J. (1988). A Cognitive Approach to Meaningful Mathematics Instruction: Testing a Local Theory Using Decimal Numbers. Journal for Research in Mathematics Education, 19(5), 371-384.

Social Media

Research highlights the importance of using visual representations and precise language to develop students’ conceptual understanding of fractions. Tools like number lines and bar models have proven especially effective for illustrating fraction relationships, comparing magnitudes, and supporting problem-solving across various fraction contexts. These representations help students see fractions as measurable quantities, bridging the gap between iconic representations and symbolic notation.

Moreover, research suggests that precise language—such as “count,” “unit size,” “partition,” and “iterate”—is essential for fostering a deeper understanding of fractions. Moving beyond traditional part-whole descriptions, this structural language emphasizes fraction equivalence and flexibility in reasoning. By combining visual tools with clear language, educators can help students build a strong foundation in fractions, setting them up for success in advanced mathematics and real-world applications.

Join us in exploring these powerful learning strategies and their impact on early mathematical thinking!

@ 6e0ea5d6:0327f353

"Malcolm Forbes recounts that a lady, wearing a faded cotton dress, and her husband, dressed in an old handmade suit, stepped off a train in Boston, USA, and timidly made their way to the office of the president of Harvard University. They had come from Palo Alto, California, and had not scheduled an appointment. The secretary, at a glance, thought that those two, looking like country bumpkins, had no business at Harvard.
— We want to speak with the president — the man said in a low voice.
— He will be busy all day — the secretary replied curtly.
— We will wait.
The secretary ignored them for hours, hoping the couple would finally give up and leave. But they stayed there, and the secretary, somewhat frustrated, decided to bother the president, although she hated doing that.
— If you speak with them for just a few minutes, maybe they will decide to go away — she said.
The president sighed in irritation but agreed. Someone of his importance did not have time to meet people like that, but he hated faded dresses and tattered suits in his office. With a stern face, he went to the couple.
— We had a son who studied at Harvard for a year — the woman said. — He loved Harvard and was very happy here, but a year ago he died in an accident, and we would like to erect a monument in his honor somewhere on campus.

— My lady — said the president rudely —, we cannot erect a statue for every person who studied at Harvard and died; if we did, this place would look like a cemetery.

— Oh, no — the lady quickly replied. — We do not want to erect a statue. We would like to donate a building to Harvard.

The president looked at the woman's faded dress and her husband's old suit and exclaimed:

— A building! Do you have even the faintest idea of how much a building costs? We have more than seven and a half million dollars' worth of buildings here at Harvard.

The lady was silent for a moment, then said to her husband:

— If that’s all it costs to found a university, why don’t we have our own?

The husband agreed.

The couple, Leland Stanford, stood up and left, leaving the president confused. Traveling back to Palo Alto, California, they established there Stanford University, the second-largest in the world, in honor of their son, a former Harvard student."

Text extracted from: "Mileumlivros - Stories that Teach Values."

Thank you for reading, my friend! If this message helped you in any way, consider leaving your glass “🥃” as a token of appreciation.

A toast to our family!

@ 88cc134b:5ae99079

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@ 4857600b:30b502f4

Mitch McConnell, a senior Republican senator, announced he will not seek reelection.

At 83 years old and with health issues, this decision was expected. After seven terms, he leaves a significant legacy in U.S. politics, known for his strategic maneuvering.

McConnell stated, “My current term in the Senate will be my last.” His retirement marks the end of an influential political era.

@ a0c34d34:fef39af1

Let’s talk longevity and quality of life. Have you prepared for Passover or Easter? Do you celebrate either? I’m going to my niece’s house for Passover and I will be devouring brisket and strawberry shortcake. I use to love the Easter candy my neighbor shared when I was a kid. Taboo during Passover but I snuck a peep or two. How afraid are you about the future? Are you keeping up with longevity technology? Do you have the dream of living a long, long life? Longevity technology combines the power of medicine, biotechnology and artificial intelligence to extend a healthy human lifespan. It’s about using cutting edge technology and medical advancements to extend the years we live in good health. The focus is on quality of life during extended years. With the rise of AI powered longevity clinics, treatments tailored to an individual’s genetic profile, lifestyle and medical history, and customized anti-aging interventions, personalized healthcare will become a reality over the next decade. I’m scared I won’t be able to afford housing or healthcare. Advanced medical services cost money, and they are only going to rise. As we stay independent longer and capable of living on our own, there will be more “smart” solutions available, more longevity technology advances. Imagine using the technology of today to have a home where you feel safe for your mother or grandmother so they can live independently. The costs of technology for a “smart” house? Running lights on the floorboards light up as you walk by, just one item I can think of that can keep senior citizens safe at home. I developed a plan for a 55+ community for senior citizens. I have seen similar plans. I think blockchain technology and utilizing tokenomics can only make housing cost effective for senior citizens in the future. When I sat down and wrote the Executive Summary for Onboard60 three years ago, a component was to develop a 55+ Active Senior Community using tokenomics, smart contracts and blockchain technology. Since then, when I say I want to make Onboard60 like the AARP of today, I’ve been told that’s impossible, not going to work and I am wasting my time with this whole project, senior citizens aren’t interested. They will be. As we move into a population explosion of senior citizens living longer, healthy and independently, I think we need to consider how we are going to afford our longevity. What type of care will you receive, how much will it cost? What will you be able to control as in the cost, the level of care you receive. What currency is used? Yes, currency. As we move forward with the integration of cryptocurrency into our financial system, we need to think of what currency is accepted. There will be facilities that use their own stablecoin or accept certain others. The non-traditional financial systems are here to stay. The United States has incorporated a few different cryptocurrencies. Large financial institutions have adapted to putting cryptocurrency into their investment portfolios. I didn’t expect this to happen in my lifetime. Seriously, I thought Onboard60 would have a few more years to develop, create a community of senior citizens. That’s not the case. The world is accelerating at an impossible rate to keep up with everything. It can be overwhelming and scary. How do I find companies that use blockchain and smart contracts? Are there companies where I can protect my property rights by putting them on chain? Are there health insurance companies that use smart contracts? Onboard60 is more than the Metaverse, YouTube and A Handbook for Noobies (Web3 1101 for Seniors). It’s about staying informed, safely, to achieve the future every senior citizen deserves. If you have any knowledge of such companies, please let me know. I have crypto accountants and lawyers in my toolbox. I look forward to adding to my toolbox. I want to be like the AARP for today’s world.

Thanks for reading, Be fabulous, Sandra Abrams Founder Onboard60

@ 94a6a78a:0ddf320e

Nostr is a revolutionary protocol that enables decentralized, censorship-resistant communication. Unlike traditional social networks controlled by corporations, Nostr operates without central servers or gatekeepers. This openness makes it incredibly powerful—but also means its success depends entirely on users, developers, and relay operators.

If you believe in free speech, decentralization, and an open internet, there are many ways to support and strengthen the Nostr ecosystem. Whether you're a casual user, a developer, or someone looking to contribute financially, every effort helps build a more robust network.

Here’s how you can get involved and make a difference.

---

1️⃣ Use Nostr Daily

The simplest and most effective way to contribute to Nostr is by using it regularly. The more active users, the stronger and more valuable the network becomes.

✅ Post, comment, and zap (send micro-payments via Bitcoin’s Lightning Network) to keep conversations flowing.\ ✅ Engage with new users and help them understand how Nostr works.\ ✅ Try different Nostr clients like Damus, Amethyst, Snort, or Primal and provide feedback to improve the experience.

Your activity keeps the network alive and helps encourage more developers and relay operators to invest in the ecosystem.

---

2️⃣ Run Your Own Nostr Relay

Relays are the backbone of Nostr, responsible for distributing messages across the network. The more independent relays exist, the stronger and more censorship-resistant Nostr becomes.

✅ Set up your own relay to help decentralize the network further.\ ✅ Experiment with relay configurations and different performance optimizations.\ ✅ Offer public or private relay services to users looking for high-quality infrastructure.

If you're not technical, you can still support relay operators by subscribing to a paid relay or donating to open-source relay projects.

---

3️⃣ Support Paid Relays & Infrastructure

Free relays have helped Nostr grow, but they struggle with spam, slow speeds, and sustainability issues. Paid relays help fund better infrastructure, faster message delivery, and a more reliable experience.

✅ Subscribe to a paid relay to help keep it running.\ ✅ Use premium services like media hosting (e.g., Azzamo Blossom) to decentralize content storage.\ ✅ Donate to relay operators who invest in long-term infrastructure.

By funding Nostr’s decentralized backbone, you help ensure its longevity and reliability.

---

4️⃣ Zap Developers, Creators & Builders

Many people contribute to Nostr without direct financial compensation—developers who build clients, relay operators, educators, and content creators. You can support them with zaps! ⚡

✅ Find developers working on Nostr projects and send them a zap.\ ✅ Support content creators and educators who spread awareness about Nostr.\ ✅ Encourage builders by donating to open-source projects.

Micro-payments via the Lightning Network make it easy to directly support the people who make Nostr better.

---

5️⃣ Develop New Nostr Apps & Tools

If you're a developer, you can build on Nostr’s open protocol to create new apps, bots, or tools. Nostr is permissionless, meaning anyone can develop for it.

✅ Create new Nostr clients with unique features and user experiences.\ ✅ Build bots or automation tools that improve engagement and usability.\ ✅ Experiment with decentralized identity, authentication, and encryption to make Nostr even stronger.

With no corporate gatekeepers, your projects can help shape the future of decentralized social media.

---

6️⃣ Promote & Educate Others About Nostr

Adoption grows when more people understand and use Nostr. You can help by spreading awareness and creating educational content.

✅ Write blogs, guides, and tutorials explaining how to use Nostr.\ ✅ Make videos or social media posts introducing new users to the protocol.\ ✅ Host discussions, Twitter Spaces, or workshops to onboard more people.

The more people understand and trust Nostr, the stronger the ecosystem becomes.

---

7️⃣ Support Open-Source Nostr Projects

Many Nostr tools and clients are built by volunteers, and open-source projects thrive on community support.

✅ Contribute code to existing Nostr projects on GitHub.\ ✅ Report bugs and suggest features to improve Nostr clients.\ ✅ Donate to developers who keep Nostr free and open for everyone.

If you're not a developer, you can still help with testing, translations, and documentation to make projects more accessible.

---

🚀 Every Contribution Strengthens Nostr

Whether you:

✔️ Post and engage daily\ ✔️ Zap creators and developers\ ✔️ Run or support relays\ ✔️ Build new apps and tools\ ✔️ Educate and onboard new users

Every action helps make Nostr more resilient, decentralized, and unstoppable.

Nostr isn’t just another social network—it’s a movement toward a free and open internet. If you believe in digital freedom, privacy, and decentralization, now is the time to get involved.

@ 3b3a42d3:d192e325

Atomic Signature Swaps (ASS) over Nostr is a protocol for atomically exchanging Schnorr signatures using Nostr events for orchestration. This new primitive enables multiple interesting applications like:

• Getting paid to publish specific Nostr events
• Issuing automatic payment receipts
• Contract signing in exchange for payment
• P2P asset exchanges
• Trading and enforcement of asset option contracts
• Payment in exchange for Nostr-based credentials or access tokens
• Exchanging GMs 🌞

It only requires that (i) the involved signatures be Schnorr signatures using the secp256k1 curve and that (ii) at least one of those signatures be accessible to both parties. These requirements are naturally met by Nostr events (published to relays), Taproot transactions (published to the mempool and later to the blockchain), and Cashu payments (using mints that support NUT-07, allowing any pair of these signatures to be swapped atomically.

How the Cryptographic Magic Works 🪄

This is a Schnorr signature (Zₓ, s):

s = z + H(Zₓ || P || m)⋅k

If you haven't seen it before, don't worry, neither did I until three weeks ago.

The signature scalar s is the the value a signer with private key k (and public key P = k⋅G) must calculate to prove his commitment over the message m given a randomly generated nonce z (Zₓ is just the x-coordinate of the public point Z = z⋅G). H is a hash function (sha256 with the tag "BIP0340/challenge" when dealing with BIP340), || just means to concatenate and G is the generator point of the elliptic curve, used to derive public values from private ones.

Now that you understand what this equation means, let's just rename z = r + t. We can do that, z is just a randomly generated number that can be represented as the sum of two other numbers. It also follows that z⋅G = r⋅G + t⋅G ⇔ Z = R + T. Putting it all back into the definition of a Schnorr signature we get:

s = (r + t) + H((R + T)ₓ || P || m)⋅k

Which is the same as:

s = sₐ + t where sₐ = r + H((R + T)ₓ || P || m)⋅k

sₐ is what we call the adaptor signature scalar) and t is the secret. ((R + T)ₓ, sₐ) is an incomplete signature that just becomes valid by add the secret t to the sₐ:

s = sₐ + t

What is also important for our purposes is that by getting access to the valid signature s, one can also extract t from it by just subtracting sₐ:

t = s - sₐ

The specific value of t depends on our choice of the public point T, since R is just a public point derived from a randomly generated nonce r.

So how do we choose T so that it requires the secret t to be the signature over a specific message m' by an specific public key P'? (without knowing the value of t)

Let's start with the definition of t as a valid Schnorr signature by P' over m':

t = r' + H(R'ₓ || P' || m')⋅k' ⇔ t⋅G = r'⋅G + H(R'ₓ || P' || m')⋅k'⋅G

That is the same as:

T = R' + H(R'ₓ || P' || m')⋅P'

Notice that in order to calculate the appropriate T that requires t to be an specific signature scalar, we only need to know the public nonce R' used to generate that signature.

In summary: in order to atomically swap Schnorr signatures, one party P' must provide a public nonce R', while the other party P must provide an adaptor signature using that nonce:

sₐ = r + H((R + T)ₓ || P || m)⋅k where T = R' + H(R'ₓ || P' || m')⋅P'

P' (the nonce provider) can then add his own signature t to the adaptor signature sₐ in order to get a valid signature by P, i.e. s = sₐ + t. When he publishes this signature (as a Nostr event, Cashu transaction or Taproot transaction), it becomes accessible to P that can now extract the signature t by P' and also make use of it.

Important considerations

A signature may not be useful at the end of the swap if it unlocks funds that have already been spent, or that are vulnerable to fee bidding wars.

When a swap involves a Taproot UTXO, it must always use a 2-of-2 multisig timelock to avoid those issues.

Cashu tokens do not require this measure when its signature is revealed first, because the mint won't reveal the other signature if they can't be successfully claimed, but they also require a 2-of-2 multisig timelock when its signature is only revealed last (what is unavoidable in cashu for cashu swaps).

For Nostr events, whoever receives the signature first needs to publish it to at least one relay that is accessible by the other party. This is a reasonable expectation in most cases, but may be an issue if the event kind involved is meant to be used privately.

How to Orchestrate the Swap over Nostr?

Before going into the specific event kinds, it is important to recognize what are the requirements they must meet and what are the concerns they must address. There are mainly three requirements:

• Both parties must agree on the messages they are going to sign
• One party must provide a public nonce
• The other party must provide an adaptor signature using that nonce

There is also a fundamental asymmetry in the roles of both parties, resulting in the following significant downsides for the party that generates the adaptor signature:

• NIP-07 and remote signers do not currently support the generation of adaptor signatures, so he must either insert his nsec in the client or use a fork of another signer
• There is an overhead of retrieving the completed signature containing the secret, either from the blockchain, mint endpoint or finding the appropriate relay
• There is risk he may not get his side of the deal if the other party only uses his signature privately, as I have already mentioned
• There is risk of losing funds by not extracting or using the signature before its timelock expires. The other party has no risk since his own signature won't be exposed by just not using the signature he received.

The protocol must meet all those requirements, allowing for some kind of role negotiation and while trying to reduce the necessary hops needed to complete the swap.

Swap Proposal Event (kind:455)

This event enables a proposer and his counterparty to agree on the specific messages whose signatures they intend to exchange. The content field is the following stringified JSON:

{     "give": <signature spec (required)>,     "take": <signature spec (required)>,     "exp": <expiration timestamp (optional)>,     "role": "<adaptor | nonce (optional)>",     "description": "<Info about the proposal (optional)>",     "nonce": "<Signature public nonce (optional)>",     "enc_s": "<Encrypted signature scalar (optional)>" }

The field role indicates what the proposer will provide during the swap, either the nonce or the adaptor. When this optional field is not provided, the counterparty may decide whether he will send a nonce back in a Swap Nonce event or a Swap Adaptor event using the nonce (optionally) provided by in the Swap Proposal in order to avoid one hop of interaction.

The enc_s field may be used to store the encrypted scalar of the signature associated with the nonce, since this information is necessary later when completing the adaptor signature received from the other party.

A signature spec specifies the type and all necessary information for producing and verifying a given signature. In the case of signatures for Nostr events, it contain a template with all the fields, except pubkey, id and sig:

{ "type": "nostr", "template": { "kind": "<kind>"        "content": "<content>"        "tags": [ … ],        "created_at": "<created_at>" } }

In the case of Cashu payments, a simplified signature spec just needs to specify the payment amount and an array of mints trusted by the proposer:

{   "type": "cashu",   "amount": "<amount>",   "mint": ["<acceptable mint_url>", …] }

This works when the payer provides the adaptor signature, but it still needs to be extended to also work when the payer is the one receiving the adaptor signature. In the later case, the signature spec must also include a timelock and the derived public keys Y of each Cashu Proof, but for now let's just ignore this situation. It should be mentioned that the mint must be trusted by both parties and also support Token state check (NUT-07) for revealing the completed adaptor signature and P2PK spending conditions (NUT-11) for the cryptographic scheme to work.

The tags are:

• "p", the proposal counterparty's public key (required)
• "a", a kind:30455 Swap Listing event or an application specific version of it (optional)

Forget about this Swap Listing event for now, I will get to it later...

Swap Nonce Event (kind:456) - Optional

This is an optional event for the Swap Proposal receiver to provide the public nonce of his signature when the proposal does not include a nonce or when he does not want to provide the adaptor signature due to the downsides previously mentioned. The content field is the following stringified JSON:

{     "nonce": "<Signature public nonce>",     "enc_s": "<Encrypted signature scalar (optional)>" }

And the tags must contain:

• "e", a kind:455 Swap Proposal Event (required)
• "p", the counterparty's public key (required)

Swap Adaptor Event (kind:457)

The content field is the following stringified JSON:

{ "adaptors": [ {         "sa": "<Adaptor signature scalar>",         "R": "<Signer's public nonce (including parity byte)>",         "T": "<Adaptor point (including parity byte)>",         "Y": "<Cashu proof derived public key (if applicable)>",     }, …],     "cashu": "<Cashu V4 token (if applicable)>" }

And the tags must contain:

• "e", a kind:455 Swap Proposal Event (required)
• "p", the counterparty's public key (required)

Discoverability

The Swap Listing event previously mentioned as an optional tag in the Swap Proposal may be used to find an appropriate counterparty for a swap. It allows a user to announce what he wants to accomplish, what his requirements are and what is still open for negotiation.

Swap Listing Event (kind:30455)

The content field is the following stringified JSON:

{ "description": "<Information about the listing (required)>", "give": <partial signature spec (optional)>, "take": <partial signature spec (optional)>, "examples: [<take signature spec>], // optional "exp": <expiration timestamp (optional)>, "role": "<adaptor | nonce (optional)>" }

The description field describes the restrictions on counterparties and signatures the user is willing to accept.

A partial signature spec is an incomplete signature spec used in Swap Proposal events kind:455 where omitting fields signals that they are still open for negotiation.

The examples field is an array of signature specs the user would be willing to take.

The tags are:

• "d", a unique listing id (required)
• "s", the status of the listing draft | open | closed (required)
• "t", topics related to this listing (optional)
• "p", public keys to notify about the proposal (optional)

Application Specific Swap Listings

Since Swap Listings are still fairly generic, it is expected that specific use cases define new event kinds based on the generic listing. Those application specific swap listing would be easier to filter by clients and may impose restrictions and add new fields and/or tags. The following are some examples under development:

Sponsored Events

This listing is designed for users looking to promote content on the Nostr network, as well as for those who want to monetize their accounts by sharing curated sponsored content with their existing audiences.

It follows the same format as the generic Swap Listing event, but uses the kind:30456 instead.

The following new tags are included:

• "k", event kind being sponsored (required)
• "title", campaign title (optional)

It is required that at least one signature spec (give and/or take) must have "type": "nostr" and also contain the following tag ["sponsor", "<pubkey>", "<attestation>"] with the sponsor's public key and his signature over the signature spec without the sponsor tag as his attestation. This last requirement enables clients to disclose and/or filter sponsored events.

Asset Swaps

This listing is designed for users looking for counterparties to swap different assets that can be transferred using Schnorr signatures, like any unit of Cashu tokens, Bitcoin or other asset IOUs issued using Taproot.

It follows the same format as the generic Swap Listing event, but uses the kind:30457 instead.

It requires the following additional tags:

• "t", asset pair to be swapped (e.g. "btcusd")
• "t", asset being offered (e.g. "btc")
• "t", accepted payment method (e.g. "cashu", "taproot")

Swap Negotiation

From finding an appropriate Swap Listing to publishing a Swap Proposal, there may be some kind of negotiation between the involved parties, e.g. agreeing on the amount to be paid by one of the parties or the exact content of a Nostr event signed by the other party. There are many ways to accomplish that and clients may implement it as they see fit for their specific goals. Some suggestions are:

• Adding kind:1111 Comments to the Swap Listing or an existing Swap Proposal
• Exchanging tentative Swap Proposals back and forth until an agreement is reached
• Simple exchanges of DMs
• Out of band communication (e.g. Signal)

Work to be done

I've been refining this specification as I develop some proof-of-concept clients to experience its flaws and trade-offs in practice. I left the signature spec for Taproot signatures out of the current document as I still have to experiment with it. I will probably find some important orchestration issues related to dealing with 2-of-2 multisig timelocks, which also affects Cashu transactions when spent last, that may require further adjustments to what was presented here.

The main goal of this article is to find other people interested in this concept and willing to provide valuable feedback before a PR is opened in the NIPs repository for broader discussions.

References

• GM Swap- Nostr client for atomically exchanging GM notes. Live demo available here.
• Sig4Sats Script - A Typescript script demonstrating the swap of a Cashu payment for a signed Nostr event.
• Loudr- Nostr client under development for sponsoring the publication of Nostr events. Live demo available at loudr.me.
• Poelstra, A. (2017). Scriptless Scripts. Blockstream Research. https://github.com/BlockstreamResearch/scriptless-scripts

@ 9e69e420:d12360c2

President Trump has intensified immigration enforcement, likening it to a wartime effort. Despite pouring resources into the U.S. Immigration and Customs Enforcement (ICE), arrest numbers are declining and falling short of goals. ICE fell from about 800 daily arrests in late January to fewer than 600 in early February.

Critics argue the administration is merely showcasing efforts with ineffectiveness, while Trump seeks billions more in funding to support his deportation agenda. Increased involvement from various federal agencies is intended to assist ICE, but many lack specific immigration training.

Challenges persist, as fewer immigrants are available for quick deportation due to a decline in illegal crossings. Local sheriffs are also pressured by rising demands to accommodate immigrants, which may strain resources further.

@ fd208ee8:0fd927c1

E-cash are coupons or tokens for Bitcoin, or Bitcoin debt notes that the mint issues. The e-cash states, essentially, "IoU 2900 sats".

They're redeemable for Bitcoin on Lightning (hard money), and therefore can be used as cash (softer money), so long as the mint has a good reputation. That means that they're less fungible than Lightning because the e-cash from one mint can be more or less valuable than the e-cash from another. If a mint is buggy, offline, or disappears, then the e-cash is unreedemable.

It also means that e-cash is more anonymous than Lightning, and that the sender and receiver's wallets don't need to be online, to transact. Nutzaps now add the possibility of parking transactions one level farther out, on a relay. The same relays that cannot keep npub profiles and follow lists consistent will now do monetary transactions.

What we then have is * a transaction on a relay that triggers * a transaction on a mint that triggers * a transaction on Lightning that triggers * a transaction on Bitcoin.

Which means that every relay that stores the nuts is part of a wildcat banking system. Which is fine, but relay operators should consider whether they wish to carry the associated risks and liabilities. They should also be aware that they should implement the appropriate features in their relay, such as expiration tags (nuts rot after 2 weeks), and to make sure that only expired nuts are deleted.

There will be plenty of specialized relays for this, so don't feel pressured to join in, and research the topic carefully, for yourself.

https://github.com/nostr-protocol/nips/blob/master/60.md https://github.com/nostr-protocol/nips/blob/master/61.md

@ 378562cd:a6fc6773

So, this is the way I see things...

Bitcoin’s rise is not merely a technological revolution—it serves as a masterclass in game theory unfolding in real time. At its core, game theory examines how individuals make decisions when outcomes rely on the choices of others. Bitcoin adoption adheres to this model precisely.

Imagine a global network where each new participant increases the value and security of the system. Early adopters take a risk, hoping others will follow. The incentive to join grows stronger as more people opt in—whether out of curiosity, conviction, or FOMO. No one wants to be last to the party, especially if that party rewrites financial history.

Here’s how the game theory of adoption plays out:

• 🧠 First movers take risks but gain the most—they enter when the price is low and the potential is high.

• 👀 Everyone watches everyone else—people, companies, and countries are scanning the field for the next move.

• The network effect kicks in—the more players are in the game, the more valuable and secure the system becomes.

• ⏳ Waiting can cost you—as adoption grows, the price of entry rises, making hesitation expensive.

• No one wants to be left behind—especially in a global economy battling inflation and instability.

Game theory tells us that smart players make decisions that bring them the most goodies. As Bitcoin gets more popular, it’s like a party that’s really heating up, and you don’t want to be the one left outside! In this thrilling game, the early bird doesn’t just get the worm—it lands a juicy opportunity in a brand-new way to spend money. So don’t dawdle; now’s the time to jump in and grab your piece of this financial fiesta!

@ 88cc134b:5ae99079

@ 88cc134b:5ae99079

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@ 0fa80bd3:ea7325de

intro

The Russian state made me a Bitcoiner. In 1991, it devalued my grandmother's hard-earned savings. She worked tirelessly in the kitchen of a dining car on the Moscow–Warsaw route. Everything she had saved for my sister and me to attend university vanished overnight. This story is similar to what many experienced, including Wences Casares. The pain and injustice of that time became my first lessons about the fragility of systems and the value of genuine, incorruptible assets, forever changing my perception of money and my trust in government promises.

In 2014, I was living in Moscow, running a trading business, and frequently traveling to China. One day, I learned about the Cypriot banking crisis and the possibility of moving money through some strange thing called Bitcoin. At the time, I didn’t give it much thought. Returning to the idea six months later, as a business-oriented geek, I eagerly began studying the topic and soon dove into it seriously.

I spent half a year reading articles on a local online journal, BitNovosti, actively participating in discussions, and eventually joined the editorial team as a translator. That’s how I learned about whitepapers, decentralization, mining, cryptographic keys, and colored coins. About Satoshi Nakamoto, Silk Road, Mt. Gox, and BitcoinTalk. Over time, I befriended the journal’s owner and, leveraging my management experience, later became an editor. I was drawn to the crypto-anarchist stance and commitment to decentralization principles. We wrote about the economic, historical, and social preconditions for Bitcoin’s emergence, and it was during this time that I fully embraced the idea.

It got to the point where I sold my apartment and, during the market's downturn, bought 50 bitcoins, just after the peak price of $1,200 per coin. That marked the beginning of my first crypto winter. As an editor, I organized workflows, managed translators, developed a YouTube channel, and attended conferences in Russia and Ukraine. That’s how I learned about Wences Casares and even wrote a piece about him. I also met Mikhail Chobanyan (Ukrainian exchange Kuna), Alexander Ivanov (Waves project), Konstantin Lomashuk (Lido project), and, of course, Vitalik Buterin. It was a time of complete immersion, 24/7, and boundless hope.

After moving to the United States, I expected the industry to grow rapidly, attended events, but the introduction of BitLicense froze the industry for eight years. By 2017, it became clear that the industry was shifting toward gambling and creating tokens for the sake of tokens. I dismissed this idea as unsustainable. Then came a new crypto spring with the hype around beautiful NFTs – CryptoPunks and apes.

I made another attempt – we worked on a series called Digital Nomad Country Club, aimed at creating a global project. The proceeds from selling images were intended to fund the development of business tools for people worldwide. However, internal disagreements within the team prevented us from completing the project.

With Trump’s arrival in 2025, hope was reignited. I decided that it was time to create a project that society desperately needed. As someone passionate about history, I understood that destroying what exists was not the solution, but leaving everything as it was also felt unacceptable. You can’t destroy the system, as the fiery crypto-anarchist voices claimed.

With an analytical mindset (IQ 130) and a deep understanding of the freest societies, I realized what was missing—not only in Russia or the United States but globally—a Bitcoin-native system for tracking debts and financial interactions. This could return control of money to ordinary people and create horizontal connections parallel to state systems. My goal was to create, if not a Bitcoin killer app, then at least to lay its foundation.

At the inauguration event in New York, I rediscovered the Nostr project. I realized it was not only technologically simple and already quite popular but also perfectly aligned with my vision. For the past month and a half, using insights and experience gained since 2014, I’ve been working full-time on this project.

@ 04c195f1:3329a1da

The old world order is crumbling. What was once considered stable and unshakable—the American-led global framework established after World War II—is now rapidly disintegrating. From the fraying fabric of NATO to the self-serving protectionism of Trump’s renewed presidency, the signals are clear: the empire that once held the Western world together is retreating. And in the vacuum it leaves behind, a new power must emerge.

The question is: will Europe finally seize this moment?

For decades, Europe has relied on the illusion of safety under an American umbrella. This dependency allowed us to indulge in what can only be described as “luxury politics.” Instead of strengthening our core institutions—defense, infrastructure, energy independence—we poured our energy into ideological experiments: value-based governance, multiculturalism, aggressive climate goals, and endless layers of bureaucracy.

We let ourselves believe history had ended. That war, scarcity, and geopolitical struggle were things of the past. That our greatest challenges would be inclusivity, carbon credits, and data protection regulations.

But history, as always, had other plans.

Trump, Nationalist Hope and Hard Reality

Across Europe, many nationalists and conservatives initially welcomed Donald Trump. He rejected the tenets of liberal globalism, called out the absurdities of woke ideology, and promised a return to realism. In a world saturated by progressive conformity, he seemed like a disruptive breath of fresh air.

And to a certain extent, he was.

But history will likely remember his presidency not for culture wars or conservative rhetoric—but for something far more consequential: the dismantling of the American empire.

What we are witnessing under Trump is the accelerated withdrawal of the United States from its role as global enforcer. Whether by design or incompetence, the result is the same. American institutions are retracting, its alliances are fraying, and its strategic grip on Europe is loosening.

For Americans, this may seem like decline. For Europe, it is an opportunity—an uncomfortable, painful, but necessary opportunity.

This is our chance to break free from the American yoke and step into the world as a sovereign power in our own right.

The End of Illusions

Europe is not a weak continent. We have a population larger than the United States, an economy that outpaces Russia’s many times over, and centuries of civilizational strength behind us. But we have been kept fragmented, distracted, and dependent—by design.

Both Washington and Moscow have an interest in a divided, impotent Europe. American strategists see us as junior partners at best, liabilities at worst. Russian elites, like Sergey Karaganov, openly admit their goal is to push Europe off the global stage. China, for its part, eyes our markets while quietly maneuvering to undermine our autonomy.

But something is changing.

In Brussels, even the ideologically captured technocrats are beginning to see the writing on the wall. Overbearing regulations like GDPR are being reconsidered. The long-pushed Equal Treatment Directive—a pan-European anti-discrimination law—may finally be scrapped. These are small signs, but signs nonetheless. Europe is waking up.

From Fracture to Foundation

To build something new, the old must first fall. That collapse is now well underway.

The collapse of American hegemony does not mean the rise of chaos—it means the opening of a path. Europe has a choice: continue to drift, clinging to broken institutions and obsolete alliances, or embrace the challenge of becoming a serious actor in a multipolar world.

This does not mean copying the imperial ambitions of others. Europe’s strength will not come from domination, but from independence, coherence, and confidence. A strong Europe is not one ruled from Brussels, but one composed of strong, rooted nations acting together in strategic alignment. Not a federation, not an empire in the classical sense—but a civilization asserting its right to survive and thrive on its own terms.

At the same time, we must not fall into the trap of romantic isolationism. Some nationalists still cling to the idea that their nation alone can stand firm on the global stage, detached from continental collaboration. That vision no longer matches the geopolitical reality. The world has changed, and so must our strategy. In key areas—such as defense, border security, trade policy, and technological sovereignty—Europe must act with unity and purpose. This does not require dissolving national identities; it requires mature cooperation among free nations. To retreat into purely national silos would be to condemn Europe to irrelevance. Strengthening the right kind of European cooperation—while returning power in other areas to the national level—is not a betrayal of nationalism, but its necessary evolution.

A Third Position: Beyond East and West

As the American empire stumbles and Russia attempts to fill the void, Europe must not become a pawn in someone else’s game. Our task is not to shift allegiance from one master to another—but to step into sovereignty. This is not about trading Washington for Moscow, or Beijing. It is about rejecting all external domination and asserting our own geopolitical will.

A truly pro-European nationalism must recognize that our civilizational future lies not in nostalgia or subservience, but in strategic clarity. We must build a third position—a pole of stability and power that stands apart from the decaying empires of the past.

That requires sacrifice, but it also promises freedom.

Hope Through Action

There is a romantic notion among some European nationalists that decline is inevitable—that we are simply passengers on a sinking ship. But fatalism is not tradition. It is surrender.

Our ancestors did not build cathedrals, repel invaders, or chart the globe by giving in to despair. They acted—often against impossible odds—because they believed in a Europe worth fighting for.

We must now rediscover that spirit.

This is not a call for uniformity, but for unity. Not for empire, but for sovereignty. Not for nostalgia, but for renewal. Across the continent, a new consciousness is stirring. From the Alps to the Baltic, from Lisbon to Helsinki, there are voices calling for something more than submission to global markets and American whims.

They are calling for Europe.

The Hour Has Come

There may not be a second chance. The tide of history is turning, and the next ten years will determine whether Europe reclaims its role in the world—or becomes a museum piece, mourned by tourists and remembered by none.

This is not the end.

It is our beginning—if we are brave enough to seize it.

■

@ 39cc53c9:27168656

Read the original blog post

The new website is finally live! I put in a lot of hard work over the past months on it. I'm proud to say that it's out now and it looks pretty cool, at least to me!

Why rewrite it all?

The old kycnot.me site was built using Python with Flask about two years ago. Since then, I've gained a lot more experience with Golang and coding in general. Trying to update that old codebase, which had a lot of design flaws, would have been a bad idea. It would have been like building on an unstable foundation.

That's why I made the decision to rewrite the entire application. Initially, I chose to use SvelteKit with JavaScript. I did manage to create a stable site that looked similar to the new one, but it required Jav aScript to work. As I kept coding, I started feeling like I was repeating "the Python mistake". I was writing the app in a language I wasn't very familiar with (just like when I was learning Python at that mom ent), and I wasn't happy with the code. It felt like spaghetti code all the time.

So, I made a complete U-turn and started over, this time using Golang. While I'm not as proficient in Golang as I am in Python now, I find it to be a very enjoyable language to code with. Most aof my recent pr ojects have been written in Golang, and I'm getting the hang of it. I tried to make the best decisions I could and structure the code as well as possible. Of course, there's still room for improvement, which I'll address in future updates.

Now I have a more maintainable website that can scale much better. It uses a real database instead of a JSON file like the old site, and I can add many more features. Since I chose to go with Golang, I mad e the "tradeoff" of not using JavaScript at all, so all the rendering load falls on the server. But I believe it's a tradeoff that's worth it.

What's new

• UI/UX - I've designed a new logo and color palette for kycnot.me. I think it looks pretty cool and cypherpunk. I am not a graphic designer, but I think I did a decent work and I put a lot of thinking on it to make it pleasant!
• Point system - The new point system provides more detailed information about the listings, and can be expanded to cover additional features across all services. Anyone can request a new point!
• ToS Scrapper: I've implemented a powerful automated terms-of-service scrapper that collects all the ToS pages from the listings. It saves you from the hassle of reading the ToS by listing the lines that are suspiciously related to KYC/AML practices. This is still in development and it will improve for sure, but it works pretty fine right now!
• Search bar - The new search bar allows you to easily filter services. It performs a full-text search on the Title, Description, Category, and Tags of all the services. Looking for VPN services? Just search for "vpn"!
• Transparency - To be more transparent, all discussions about services now take place publicly on GitLab. I won't be answering any e-mails (an auto-reply will prompt to write to the corresponding Gitlab issue). This ensures that all service-related matters are publicly accessible and recorded. Additionally, there's a real-time audits page that displays database changes.
• Listing Requests - I have upgraded the request system. The new form allows you to directly request services or points without any extra steps. In the future, I plan to enable requests for specific changes to parts of the website.
• Lightweight and fast - The new site is lighter and faster than its predecessor!
• Tor and I2P - At last! kycnot.me is now officially on Tor and I2P!

How?

This rewrite has been a labor of love, in the end, I've been working on this for more than 3 months now. I don't have a team, so I work by myself on my free time, but I find great joy in helping people on their private journey with cryptocurrencies. Making it easier for individuals to use cryptocurrencies without KYC is a goal I am proud of!

If you appreciate my work, you can support me through the methods listed here. Alternatively, feel free to send me an email with a kind message!

Technical details

All the code is written in Golang, the website makes use of the chi router for the routing part. I also make use of BigCache for caching database requests. There is 0 JavaScript, so all the rendering load falls on the server, this means it needed to be efficient enough to not drawn with a few users since the old site was reporting about 2M requests per month on average (note that this are not unique users).

The database is running with mariadb, using gorm as the ORM. This is more than enough for this project. I started working with an sqlite database, but I ended up migrating to mariadb since it works better with JSON.

The scraper is using chromedp combined with a series of keywords, regex and other logic. It runs every 24h and scraps all the services. You can find the scraper code here.

The frontend is written using Golang Templates for the HTML, and TailwindCSS plus DaisyUI for the CSS classes framework. I also use some plain CSS, but it's minimal.

The requests forms is the only part of the project that requires JavaScript to be enabled. It is needed for parsing some from fields that are a bit complex and for the "captcha", which is a simple Proof of Work that runs on your browser, destinated to avoid spam. For this, I use mCaptcha.

@ e3ba5e1a:5e433365

My favorite line in any Marvel movie ever is in “Captain America.” After Captain America launches seemingly a hopeless assault on Red Skull’s base and is captured, we get this line:

“Arrogance may not be a uniquely American trait, but I must say, you do it better than anyone.”

Yesterday, I came across a comment on the song Devil Went Down to Georgia that had a very similar feel to it:

America has seemingly always been arrogant, in a uniquely American way. Manifest Destiny, for instance. The rest of the world is aware of this arrogance, and mocks Americans for it. A central point in modern US politics is the deriding of racist, nationalist, supremacist Americans.

That’s not what I see. I see American Arrogance as not only a beautiful statement about what it means to be American. I see it as an ode to the greatness of humanity in its purest form.

For most countries, saying “our nation is the greatest” is, in fact, twinged with some level of racism. I still don’t have a problem with it. Every group of people should be allowed to feel pride in their accomplishments. The destruction of the human spirit since the end of World War 2, where greatness has become a sin and weakness a virtue, has crushed the ability of people worldwide to strive for excellence.

But I digress. The fears of racism and nationalism at least have a grain of truth when applied to other nations on the planet. But not to America.

That’s because the definition of America, and the prototype of an American, has nothing to do with race. The definition of Americanism is freedom. The founding of America is based purely on liberty. On the God-given rights of every person to live life the way they see fit.

American Arrogance is not a statement of racial superiority. It’s barely a statement of national superiority (though it absolutely is). To me, when an American comments on the greatness of America, it’s a statement about freedom. Freedom will always unlock the greatness inherent in any group of people. Americans are definitionally better than everyone else, because Americans are freer than everyone else. (Or, at least, that’s how it should be.)

In Devil Went Down to Georgia, Johnny is approached by the devil himself. He is challenged to a ridiculously lopsided bet: a golden fiddle versus his immortal soul. He acknowledges the sin in accepting such a proposal. And yet he says, “God, I know you told me not to do this. But I can’t stand the affront to my honor. I am the greatest. The devil has nothing on me. So God, I’m gonna sin, but I’m also gonna win.”

Libertas magnitudo est

@ daa41bed:88f54153

There has been a good bit of discussion on Nostr over the past few days about the merits of zaps as a method of engaging with notes, so after writing a rather lengthy article on the pros of a strategic Bitcoin reserve, I wanted to take some time to chime in on the much more fun topic of digital engagement.

Let's begin by defining a couple of things:

Nostr is a decentralized, censorship-resistance protocol whose current biggest use case is social media (think Twitter/X). Instead of relying on company servers, it relies on relays that anyone can spin up and own their own content. Its use cases are much bigger, though, and this article is hosted on my own relay, using my own Nostr relay as an example.

Zap is a tip or donation denominated in sats (small units of Bitcoin) sent from one user to another. This is generally done directly over the Lightning Network but is increasingly using Cashu tokens. For the sake of this discussion, how you transmit/receive zaps will be irrelevant, so don't worry if you don't know what Lightning or Cashu are.

If we look at how users engage with posts and follows/followers on platforms like Twitter, Facebook, etc., it becomes evident that traditional social media thrives on engagement farming. The more outrageous a post, the more likely it will get a reaction. We see a version of this on more visual social platforms like YouTube and TikTok that use carefully crafted thumbnail images to grab the user's attention to click the video. If you'd like to dive deep into the psychology and science behind social media engagement, let me know, and I'd be happy to follow up with another article.

In this user engagement model, a user is given the option to comment or like the original post, or share it among their followers to increase its signal. They receive no value from engaging with the content aside from the dopamine hit of the original experience or having their comment liked back by whatever influencer they provide value to. Ad revenue flows to the content creator. Clout flows to the content creator. Sales revenue from merch and content placement flows to the content creator. We call this a linear economy -- the idea that resources get created, used up, then thrown away. Users create content and farm as much engagement as possible, then the content is forgotten within a few hours as they move on to the next piece of content to be farmed.

What if there were a simple way to give value back to those who engage with your content? By implementing some value-for-value model -- a circular economy. Enter zaps.

Unlike traditional social media platforms, Nostr does not actively use algorithms to determine what content is popular, nor does it push content created for active user engagement to the top of a user's timeline. Yes, there are "trending" and "most zapped" timelines that users can choose to use as their default, but these use relatively straightforward engagement metrics to rank posts for these timelines.

That is not to say that we may not see clients actively seeking to refine timeline algorithms for specific metrics. Still, the beauty of having an open protocol with media that is controlled solely by its users is that users who begin to see their timeline gamed towards specific algorithms can choose to move to another client, and for those who are more tech-savvy, they can opt to run their own relays or create their own clients with personalized algorithms and web of trust scoring systems.

Zaps enable the means to create a new type of social media economy in which creators can earn for creating content and users can earn by actively engaging with it. Like and reposting content is relatively frictionless and costs nothing but a simple button tap. Zaps provide active engagement because they signal to your followers and those of the content creator that this post has genuine value, quite literally in the form of money—sats.

I have seen some comments on Nostr claiming that removing likes and reactions is for wealthy people who can afford to send zaps and that the majority of people in the US and around the world do not have the time or money to zap because they have better things to spend their money like feeding their families and paying their bills. While at face value, these may seem like valid arguments, they, unfortunately, represent the brainwashed, defeatist attitude that our current economic (and, by extension, social media) systems aim to instill in all of us to continue extracting value from our lives.

Imagine now, if those people dedicating their own time (time = money) to mine pity points on social media would instead spend that time with genuine value creation by posting content that is meaningful to cultural discussions. Imagine if, instead of complaining that their posts get no zaps and going on a tirade about how much of a victim they are, they would empower themselves to take control of their content and give value back to the world; where would that leave us? How much value could be created on a nascent platform such as Nostr, and how quickly could it overtake other platforms?

Other users argue about user experience and that additional friction (i.e., zaps) leads to lower engagement, as proven by decades of studies on user interaction. While the added friction may turn some users away, does that necessarily provide less value? I argue quite the opposite. You haven't made a few sats from zaps with your content? Can't afford to send some sats to a wallet for zapping? How about using the most excellent available resource and spending 10 seconds of your time to leave a comment? Likes and reactions are valueless transactions. Social media's real value derives from providing monetary compensation and actively engaging in a conversation with posts you find interesting or thought-provoking. Remember when humans thrived on conversation and discussion for entertainment instead of simply being an onlooker of someone else's life?

If you've made it this far, my only request is this: try only zapping and commenting as a method of engagement for two weeks. Sure, you may end up liking a post here and there, but be more mindful of how you interact with the world and break yourself from blind instinct. You'll thank me later.

@ a367f9eb:0633efea

WIEN – Diese Woche enthüllte Innenminister Gerhard Karner von der ÖVP, dass er einen Gesetzesentwurf "schnell" durchsetzen möchte, der der Regierung die Befugnis geben würde, verschlüsselte Kommunikation in Nachrichten-Apps zu überwachen.

Obwohl Karner betont hat, dass die neuen Befugnisse nur sehr gezielt eingesetzt würden, ist unklar, ob die Entwickler und Anbieter von Nachrichten-Apps gezwungen werden sollen, die Verschlüsselung zu brechen, um die Anordnungen durchzuführen.

Wie der stellvertretende Direktor des Consumer Choice Center, Yaël Ossowski, erklärte, würde diese Befugnis bedeuten, die Verschlüsselung für Millionen von österreichischen Verbrauchern zu untergraben und zu brechen.

„Jeder Versuch, die Verschlüsselung für einige ausgewählte Personen zu brechen, gefährdet gleichzeitig die Privatsphäre von Millionen von Österreichern. Dies ist weniger eine Frage der angemessenen Polizeibefugnisse als vielmehr eine Frage der technischen und sicherheitsrelevanten Aspekte. Schwächere Verschlüsselung macht österreichische Nutzer weniger sicher“ sagte Ossowski.

„Verschlüsselungsstandards von Apps wie Signal, WhatsApp und sogar iMessage aufzuheben, würde der österreichischen Regierung außergewöhnliche Befugnisse einräumen, die das Risiko bergen, jede und alle Kommunikation zu kompromittieren, nicht nur die von Verdächtigen oder Terroristen.

„Um gegen kriminelle Akteure vorzugehen, sollte die Koalition das bestehende Justizsystem nutzen, um Haftbefehle auf Grundlage eines begründeten Verdachts durchzusetzen, anstatt Messaging-Dienste und Apps dazu zu zwingen, diese Aufgabe für sie zu übernehmen“ erklärte Ossowski.

Das Consumer Choice Center weist darauf hin, dass ähnliche Versuche, die Verschlüsselung mit polizeilicher Gewalt zu brechen, bereits im Vereinigten Königreich und in Frankreich unternommen wurden, wo sie von Bürgerrechtsgruppen abgelehnt wurden.

###

Das Consumer Choice Center ist eine unabhängige, parteiunabhängige Verbraucherorganisation, die die Vorteile von Wahlfreiheit, Innovation und Wachstum im Alltagsleben für Verbraucher in über 100 Ländern fördert. Wir interessieren uns insbesondere für regulatorische Trends in Washington, Brüssel, Wien, Berlin, Ottawa, Brasília, London und Genf genau.

Erfahren Sie mehr auf consumerchoicecenter.org

@ 8ba66f4c:59175b61

👶 Je vais bientôt devenir papa.
Et ces derniers temps, une question me hante plus que je ne l’aurais cru : faut-il publier des photos de son enfant sur les réseaux sociaux ?

C’est une réflexion que je n’avais jamais vraiment poussée avant.
Mais aujourd’hui, elle me semble incontournable. Parce qu’à l’ère des smartphones et des stories, poster devient un réflexe. On documente tout : les premières échographies, la chambre qu’on prépare, les petits vêtements, les premiers sourires… Et l’envie de partager est naturelle. C’est beau, c’est émouvant, on a envie de dire au monde qu’on est fier, qu’on est heureux.

Mais voilà.
Plus j’y pense, plus je me dis que cette impulsion entre en tension avec d’autres principes qui me tiennent tout autant à cœur.

D’abord, la question du consentement.

Mon enfant ne pourra pas me dire : « Je suis d’accord pour que tu postes cette photo ». Ni maintenant, ni dans quelques années quand les images auront déjà circulé. Il n’aura pas choisi de grandir avec une identité numérique créée pour lui, sans lui.

Ensuite, la protection de sa vie privée.

Une photo postée, même dans un cadre soi-disant « privé », peut être capturée, partagée, détournée, utilisée hors contexte. Il n’y a pas de bouton magique pour effacer ce qui est déjà parti sur les serveurs d’une plateforme.

Et aujourd’hui, il faut aussi parler de l’usage de ces images par les intelligences artificielles.

De nombreuses IA sont entraînées en partie à partir de données en ligne, y compris des photos. Ce qui signifie que le visage de mon enfant, s’il est mis en ligne, pourrait un jour se retrouver dans un dataset d’apprentissage, intégré à un modèle génératif, voire utilisé pour créer des deepfakes ou pour « entraîner » des applications que je n’ai jamais autorisées à le voir.
On ne parle plus seulement de vie privée. On parle d’exploitation, d’automatisation, de réutilisation potentiellement incontrôlable.

Et puis, il y a la dimension éducative.

Quel exemple est-ce que je donne si je lui demande plus tard d’être prudent sur Internet, alors que moi-même j’aurais documenté toute son enfance en ligne, sans filtre ? Si je veux qu’il comprenne ce que veut dire « intimité », je dois sans doute commencer par la respecter dès ses premiers jours.

Ce n’est pas un jugement. Je comprends l’élan de publier, de partager, de célébrer.
Mais je crois que l’époque demande qu’on s’arrête deux secondes avant de poster. Et qu’on se demande :
– Pourquoi est-ce que je partage cette image ?
– À qui est-ce qu’elle appartient, au fond ?
– Et quel monde numérique je construis pour mon enfant, dès aujourd’hui ?

Et vous, parents ou futurs parents, vous avez réfléchi à ça ? Vous partagez ? Vous vous retenez ?
Je serais curieux de lire vos retours. 🙏

@ e3ba5e1a:5e433365

I got into a friendly discussion on X regarding health insurance. The specific question was how to deal with health insurance companies (presumably unfairly) denying claims? My answer, as usual: get government out of it!

The US healthcare system is essentially the worst of both worlds:

• Unlike full single payer, individuals incur high costs
• Unlike a true free market, regulation causes increases in costs and decreases competition among insurers

I'm firmly on the side of moving towards the free market. (And I say that as someone living under a single payer system now.) Here's what I would do:

• Get rid of tax incentives that make health insurance tied to your employer, giving individuals back proper freedom of choice.
• Reduce regulations significantly.

• In the short term, some people will still get rejected claims and other obnoxious behavior from insurance companies. We address that in two ways:

  1. Due to reduced regulations, new insurance companies will be able to enter the market offering more reliable coverage and better rates, and people will flock to them because they have the freedom to make their own choices.
  2. Sue the asses off of companies that reject claims unfairly. And ideally, as one of the few legitimate roles of government in all this, institute new laws that limit the ability of fine print to allow insurers to escape their responsibilities. (I'm hesitant that the latter will happen due to the incestuous relationship between Congress/regulators and insurers, but I can hope.)

Will this magically fix everything overnight like politicians normally promise? No. But it will allow the market to return to a healthy state. And I don't think it will take long (order of magnitude: 5-10 years) for it to come together, but that's just speculation.

And since there's a high correlation between those who believe government can fix problems by taking more control and demanding that only credentialed experts weigh in on a topic (both points I strongly disagree with BTW): I'm a trained actuary and worked in the insurance industry, and have directly seen how government regulation reduces competition, raises prices, and harms consumers.

And my final point: I don't think any prior art would be a good comparison for deregulation in the US, it's such a different market than any other country in the world for so many reasons that lessons wouldn't really translate. Nonetheless, I asked Grok for some empirical data on this, and at best the results of deregulation could be called "mixed," but likely more accurately "uncertain, confused, and subject to whatever interpretation anyone wants to apply."

https://x.com/i/grok/share/Zc8yOdrN8lS275hXJ92uwq98M

@ 91bea5cd:1df4451c

Definição de ULID:

Timestamp 48 bits, Aleatoriedade 80 bits Sendo Timestamp 48 bits inteiro, tempo UNIX em milissegundos, Não ficará sem espaço até o ano 10889 d.C. e Aleatoriedade 80 bits, Fonte criptograficamente segura de aleatoriedade, se possível.

Gerar ULID

```sql

CREATE EXTENSION IF NOT EXISTS pgcrypto;

CREATE FUNCTION generate_ulid() RETURNS TEXT AS $$ DECLARE -- Crockford's Base32 encoding BYTEA = '0123456789ABCDEFGHJKMNPQRSTVWXYZ'; timestamp BYTEA = E'\000\000\000\000\000\000'; output TEXT = '';

unix_time BIGINT; ulid BYTEA; BEGIN -- 6 timestamp bytes unix_time = (EXTRACT(EPOCH FROM CLOCK_TIMESTAMP()) * 1000)::BIGINT; timestamp = SET_BYTE(timestamp, 0, (unix_time >> 40)::BIT(8)::INTEGER); timestamp = SET_BYTE(timestamp, 1, (unix_time >> 32)::BIT(8)::INTEGER); timestamp = SET_BYTE(timestamp, 2, (unix_time >> 24)::BIT(8)::INTEGER); timestamp = SET_BYTE(timestamp, 3, (unix_time >> 16)::BIT(8)::INTEGER); timestamp = SET_BYTE(timestamp, 4, (unix_time >> 8)::BIT(8)::INTEGER); timestamp = SET_BYTE(timestamp, 5, unix_time::BIT(8)::INTEGER);

-- 10 entropy bytes ulid = timestamp || gen_random_bytes(10);

-- Encode the timestamp output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 0) & 224) >> 5)); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 0) & 31))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 1) & 248) >> 3)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 1) & 7) << 2) | ((GET_BYTE(ulid, 2) & 192) >> 6))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 2) & 62) >> 1)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 2) & 1) << 4) | ((GET_BYTE(ulid, 3) & 240) >> 4))); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 3) & 15) << 1) | ((GET_BYTE(ulid, 4) & 128) >> 7))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 4) & 124) >> 2)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 4) & 3) << 3) | ((GET_BYTE(ulid, 5) & 224) >> 5))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 5) & 31)));

-- Encode the entropy output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 6) & 248) >> 3)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 6) & 7) << 2) | ((GET_BYTE(ulid, 7) & 192) >> 6))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 7) & 62) >> 1)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 7) & 1) << 4) | ((GET_BYTE(ulid, 8) & 240) >> 4))); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 8) & 15) << 1) | ((GET_BYTE(ulid, 9) & 128) >> 7))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 9) & 124) >> 2)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 9) & 3) << 3) | ((GET_BYTE(ulid, 10) & 224) >> 5))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 10) & 31))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 11) & 248) >> 3)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 11) & 7) << 2) | ((GET_BYTE(ulid, 12) & 192) >> 6))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 12) & 62) >> 1)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 12) & 1) << 4) | ((GET_BYTE(ulid, 13) & 240) >> 4))); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 13) & 15) << 1) | ((GET_BYTE(ulid, 14) & 128) >> 7))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 14) & 124) >> 2)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 14) & 3) << 3) | ((GET_BYTE(ulid, 15) & 224) >> 5))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 15) & 31)));

RETURN output; END $$ LANGUAGE plpgsql VOLATILE; ```

ULID TO UUID

```sql CREATE OR REPLACE FUNCTION parse_ulid(ulid text) RETURNS bytea AS $$ DECLARE -- 16byte bytes bytea = E'\x00000000 00000000 00000000 00000000'; v char[]; -- Allow for O(1) lookup of index values dec integer[] = ARRAY[ 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 255, 255, 255, 255, 255, 255, 255, 10, 11, 12, 13, 14, 15, 16, 17, 1, 18, 19, 1, 20, 21, 0, 22, 23, 24, 25, 26, 255, 27, 28, 29, 30, 31, 255, 255, 255, 255, 255, 255, 10, 11, 12, 13, 14, 15, 16, 17, 1, 18, 19, 1, 20, 21, 0, 22, 23, 24, 25, 26, 255, 27, 28, 29, 30, 31 ]; BEGIN IF NOT ulid ~* '^[0-7][0-9ABCDEFGHJKMNPQRSTVWXYZ]{25}$' THEN RAISE EXCEPTION 'Invalid ULID: %', ulid; END IF;

v = regexp_split_to_array(ulid, '');

-- 6 bytes timestamp (48 bits) bytes = SET_BYTE(bytes, 0, (dec[ASCII(v[1])] << 5) | dec[ASCII(v[2])]); bytes = SET_BYTE(bytes, 1, (dec[ASCII(v[3])] << 3) | (dec[ASCII(v[4])] >> 2)); bytes = SET_BYTE(bytes, 2, (dec[ASCII(v[4])] << 6) | (dec[ASCII(v[5])] << 1) | (dec[ASCII(v[6])] >> 4)); bytes = SET_BYTE(bytes, 3, (dec[ASCII(v[6])] << 4) | (dec[ASCII(v[7])] >> 1)); bytes = SET_BYTE(bytes, 4, (dec[ASCII(v[7])] << 7) | (dec[ASCII(v[8])] << 2) | (dec[ASCII(v[9])] >> 3)); bytes = SET_BYTE(bytes, 5, (dec[ASCII(v[9])] << 5) | dec[ASCII(v[10])]);

-- 10 bytes of entropy (80 bits); bytes = SET_BYTE(bytes, 6, (dec[ASCII(v[11])] << 3) | (dec[ASCII(v[12])] >> 2)); bytes = SET_BYTE(bytes, 7, (dec[ASCII(v[12])] << 6) | (dec[ASCII(v[13])] << 1) | (dec[ASCII(v[14])] >> 4)); bytes = SET_BYTE(bytes, 8, (dec[ASCII(v[14])] << 4) | (dec[ASCII(v[15])] >> 1)); bytes = SET_BYTE(bytes, 9, (dec[ASCII(v[15])] << 7) | (dec[ASCII(v[16])] << 2) | (dec[ASCII(v[17])] >> 3)); bytes = SET_BYTE(bytes, 10, (dec[ASCII(v[17])] << 5) | dec[ASCII(v[18])]); bytes = SET_BYTE(bytes, 11, (dec[ASCII(v[19])] << 3) | (dec[ASCII(v[20])] >> 2)); bytes = SET_BYTE(bytes, 12, (dec[ASCII(v[20])] << 6) | (dec[ASCII(v[21])] << 1) | (dec[ASCII(v[22])] >> 4)); bytes = SET_BYTE(bytes, 13, (dec[ASCII(v[22])] << 4) | (dec[ASCII(v[23])] >> 1)); bytes = SET_BYTE(bytes, 14, (dec[ASCII(v[23])] << 7) | (dec[ASCII(v[24])] << 2) | (dec[ASCII(v[25])] >> 3)); bytes = SET_BYTE(bytes, 15, (dec[ASCII(v[25])] << 5) | dec[ASCII(v[26])]);

RETURN bytes; END $$ LANGUAGE plpgsql IMMUTABLE;

CREATE OR REPLACE FUNCTION ulid_to_uuid(ulid text) RETURNS uuid AS $$ BEGIN RETURN encode(parse_ulid(ulid), 'hex')::uuid; END $$ LANGUAGE plpgsql IMMUTABLE; ```

UUID to ULID

```sql CREATE OR REPLACE FUNCTION uuid_to_ulid(id uuid) RETURNS text AS $$ DECLARE encoding bytea = '0123456789ABCDEFGHJKMNPQRSTVWXYZ'; output text = ''; uuid_bytes bytea = uuid_send(id); BEGIN

-- Encode the timestamp output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 0) & 224) >> 5)); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 0) & 31))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 1) & 248) >> 3)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 1) & 7) << 2) | ((GET_BYTE(uuid_bytes, 2) & 192) >> 6))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 2) & 62) >> 1)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 2) & 1) << 4) | ((GET_BYTE(uuid_bytes, 3) & 240) >> 4))); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 3) & 15) << 1) | ((GET_BYTE(uuid_bytes, 4) & 128) >> 7))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 4) & 124) >> 2)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 4) & 3) << 3) | ((GET_BYTE(uuid_bytes, 5) & 224) >> 5))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 5) & 31)));

-- Encode the entropy output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 6) & 248) >> 3)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 6) & 7) << 2) | ((GET_BYTE(uuid_bytes, 7) & 192) >> 6))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 7) & 62) >> 1)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 7) & 1) << 4) | ((GET_BYTE(uuid_bytes, 8) & 240) >> 4))); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 8) & 15) << 1) | ((GET_BYTE(uuid_bytes, 9) & 128) >> 7))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 9) & 124) >> 2)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 9) & 3) << 3) | ((GET_BYTE(uuid_bytes, 10) & 224) >> 5))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 10) & 31))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 11) & 248) >> 3)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 11) & 7) << 2) | ((GET_BYTE(uuid_bytes, 12) & 192) >> 6))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 12) & 62) >> 1)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 12) & 1) << 4) | ((GET_BYTE(uuid_bytes, 13) & 240) >> 4))); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 13) & 15) << 1) | ((GET_BYTE(uuid_bytes, 14) & 128) >> 7))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 14) & 124) >> 2)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 14) & 3) << 3) | ((GET_BYTE(uuid_bytes, 15) & 224) >> 5))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 15) & 31)));

RETURN output; END $$ LANGUAGE plpgsql IMMUTABLE; ```

Gera 11 Digitos aleatórios: YBKXG0CKTH4

```sql -- Cria a extensão pgcrypto para gerar uuid CREATE EXTENSION IF NOT EXISTS pgcrypto;

-- Cria a função para gerar ULID CREATE OR REPLACE FUNCTION gen_lrandom() RETURNS TEXT AS $$ DECLARE ts_millis BIGINT; ts_chars TEXT; random_bytes BYTEA; random_chars TEXT; base32_chars TEXT := '0123456789ABCDEFGHJKMNPQRSTVWXYZ'; i INT; BEGIN -- Pega o timestamp em milissegundos ts_millis := FLOOR(EXTRACT(EPOCH FROM clock_timestamp()) * 1000)::BIGINT;

-- Converte o timestamp para base32
ts_chars := '';
FOR i IN REVERSE 0..11 LOOP
    ts_chars := ts_chars || substr(base32_chars, ((ts_millis >> (5 * i)) & 31) + 1, 1);
END LOOP;

-- Gera 10 bytes aleatórios e converte para base32
random_bytes := gen_random_bytes(10);
random_chars := '';
FOR i IN 0..9 LOOP
    random_chars := random_chars || substr(base32_chars, ((get_byte(random_bytes, i) >> 3) & 31) + 1, 1);
    IF i < 9 THEN
        random_chars := random_chars || substr(base32_chars, (((get_byte(random_bytes, i) & 7) << 2) | (get_byte(random_bytes, i + 1) >> 6)) & 31 + 1, 1);
    ELSE
        random_chars := random_chars || substr(base32_chars, ((get_byte(random_bytes, i) & 7) << 2) + 1, 1);
    END IF;
END LOOP;

-- Concatena o timestamp e os caracteres aleatórios
RETURN ts_chars || random_chars;

END; $$ LANGUAGE plpgsql; ```

Exemplo de USO

```sql -- Criação da extensão caso não exista CREATE EXTENSION IF NOT EXISTS pgcrypto; -- Criação da tabela pessoas CREATE TABLE pessoas ( ID UUID DEFAULT gen_random_uuid ( ) PRIMARY KEY, nome TEXT NOT NULL );

-- Busca Pessoa na tabela SELECT * FROM "pessoas" WHERE uuid_to_ulid ( ID ) = '252FAC9F3V8EF80SSDK8PXW02F'; ```

Fontes

• https://github.com/scoville/pgsql-ulid
• https://github.com/geckoboard/pgulid

@ 91bea5cd:1df4451c

Definição de ULID:

Timestamp 48 bits, Aleatoriedade 80 bits Sendo Timestamp 48 bits inteiro, tempo UNIX em milissegundos, Não ficará sem espaço até o ano 10889 d.C. e Aleatoriedade 80 bits, Fonte criptograficamente segura de aleatoriedade, se possível.

Gerar ULID

```sql

CREATE EXTENSION IF NOT EXISTS pgcrypto;

CREATE FUNCTION generate_ulid() RETURNS TEXT AS $$ DECLARE -- Crockford's Base32 encoding BYTEA = '0123456789ABCDEFGHJKMNPQRSTVWXYZ'; timestamp BYTEA = E'\000\000\000\000\000\000'; output TEXT = '';

unix_time BIGINT; ulid BYTEA; BEGIN -- 6 timestamp bytes unix_time = (EXTRACT(EPOCH FROM CLOCK_TIMESTAMP()) * 1000)::BIGINT; timestamp = SET_BYTE(timestamp, 0, (unix_time >> 40)::BIT(8)::INTEGER); timestamp = SET_BYTE(timestamp, 1, (unix_time >> 32)::BIT(8)::INTEGER); timestamp = SET_BYTE(timestamp, 2, (unix_time >> 24)::BIT(8)::INTEGER); timestamp = SET_BYTE(timestamp, 3, (unix_time >> 16)::BIT(8)::INTEGER); timestamp = SET_BYTE(timestamp, 4, (unix_time >> 8)::BIT(8)::INTEGER); timestamp = SET_BYTE(timestamp, 5, unix_time::BIT(8)::INTEGER);

-- 10 entropy bytes ulid = timestamp || gen_random_bytes(10);

-- Encode the timestamp output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 0) & 224) >> 5)); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 0) & 31))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 1) & 248) >> 3)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 1) & 7) << 2) | ((GET_BYTE(ulid, 2) & 192) >> 6))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 2) & 62) >> 1)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 2) & 1) << 4) | ((GET_BYTE(ulid, 3) & 240) >> 4))); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 3) & 15) << 1) | ((GET_BYTE(ulid, 4) & 128) >> 7))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 4) & 124) >> 2)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 4) & 3) << 3) | ((GET_BYTE(ulid, 5) & 224) >> 5))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 5) & 31)));

-- Encode the entropy output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 6) & 248) >> 3)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 6) & 7) << 2) | ((GET_BYTE(ulid, 7) & 192) >> 6))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 7) & 62) >> 1)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 7) & 1) << 4) | ((GET_BYTE(ulid, 8) & 240) >> 4))); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 8) & 15) << 1) | ((GET_BYTE(ulid, 9) & 128) >> 7))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 9) & 124) >> 2)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 9) & 3) << 3) | ((GET_BYTE(ulid, 10) & 224) >> 5))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 10) & 31))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 11) & 248) >> 3)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 11) & 7) << 2) | ((GET_BYTE(ulid, 12) & 192) >> 6))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 12) & 62) >> 1)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 12) & 1) << 4) | ((GET_BYTE(ulid, 13) & 240) >> 4))); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 13) & 15) << 1) | ((GET_BYTE(ulid, 14) & 128) >> 7))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 14) & 124) >> 2)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(ulid, 14) & 3) << 3) | ((GET_BYTE(ulid, 15) & 224) >> 5))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(ulid, 15) & 31)));

RETURN output; END $$ LANGUAGE plpgsql VOLATILE; ```

ULID TO UUID

```sql CREATE OR REPLACE FUNCTION parse_ulid(ulid text) RETURNS bytea AS $$ DECLARE -- 16byte bytes bytea = E'\x00000000 00000000 00000000 00000000'; v char[]; -- Allow for O(1) lookup of index values dec integer[] = ARRAY[ 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 255, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 255, 255, 255, 255, 255, 255, 255, 10, 11, 12, 13, 14, 15, 16, 17, 1, 18, 19, 1, 20, 21, 0, 22, 23, 24, 25, 26, 255, 27, 28, 29, 30, 31, 255, 255, 255, 255, 255, 255, 10, 11, 12, 13, 14, 15, 16, 17, 1, 18, 19, 1, 20, 21, 0, 22, 23, 24, 25, 26, 255, 27, 28, 29, 30, 31 ]; BEGIN IF NOT ulid ~* '^[0-7][0-9ABCDEFGHJKMNPQRSTVWXYZ]{25}$' THEN RAISE EXCEPTION 'Invalid ULID: %', ulid; END IF;

v = regexp_split_to_array(ulid, '');

-- 6 bytes timestamp (48 bits) bytes = SET_BYTE(bytes, 0, (dec[ASCII(v[1])] << 5) | dec[ASCII(v[2])]); bytes = SET_BYTE(bytes, 1, (dec[ASCII(v[3])] << 3) | (dec[ASCII(v[4])] >> 2)); bytes = SET_BYTE(bytes, 2, (dec[ASCII(v[4])] << 6) | (dec[ASCII(v[5])] << 1) | (dec[ASCII(v[6])] >> 4)); bytes = SET_BYTE(bytes, 3, (dec[ASCII(v[6])] << 4) | (dec[ASCII(v[7])] >> 1)); bytes = SET_BYTE(bytes, 4, (dec[ASCII(v[7])] << 7) | (dec[ASCII(v[8])] << 2) | (dec[ASCII(v[9])] >> 3)); bytes = SET_BYTE(bytes, 5, (dec[ASCII(v[9])] << 5) | dec[ASCII(v[10])]);

-- 10 bytes of entropy (80 bits); bytes = SET_BYTE(bytes, 6, (dec[ASCII(v[11])] << 3) | (dec[ASCII(v[12])] >> 2)); bytes = SET_BYTE(bytes, 7, (dec[ASCII(v[12])] << 6) | (dec[ASCII(v[13])] << 1) | (dec[ASCII(v[14])] >> 4)); bytes = SET_BYTE(bytes, 8, (dec[ASCII(v[14])] << 4) | (dec[ASCII(v[15])] >> 1)); bytes = SET_BYTE(bytes, 9, (dec[ASCII(v[15])] << 7) | (dec[ASCII(v[16])] << 2) | (dec[ASCII(v[17])] >> 3)); bytes = SET_BYTE(bytes, 10, (dec[ASCII(v[17])] << 5) | dec[ASCII(v[18])]); bytes = SET_BYTE(bytes, 11, (dec[ASCII(v[19])] << 3) | (dec[ASCII(v[20])] >> 2)); bytes = SET_BYTE(bytes, 12, (dec[ASCII(v[20])] << 6) | (dec[ASCII(v[21])] << 1) | (dec[ASCII(v[22])] >> 4)); bytes = SET_BYTE(bytes, 13, (dec[ASCII(v[22])] << 4) | (dec[ASCII(v[23])] >> 1)); bytes = SET_BYTE(bytes, 14, (dec[ASCII(v[23])] << 7) | (dec[ASCII(v[24])] << 2) | (dec[ASCII(v[25])] >> 3)); bytes = SET_BYTE(bytes, 15, (dec[ASCII(v[25])] << 5) | dec[ASCII(v[26])]);

RETURN bytes; END $$ LANGUAGE plpgsql IMMUTABLE;

CREATE OR REPLACE FUNCTION ulid_to_uuid(ulid text) RETURNS uuid AS $$ BEGIN RETURN encode(parse_ulid(ulid), 'hex')::uuid; END $$ LANGUAGE plpgsql IMMUTABLE; ```

UUID to ULID

```sql CREATE OR REPLACE FUNCTION uuid_to_ulid(id uuid) RETURNS text AS $$ DECLARE encoding bytea = '0123456789ABCDEFGHJKMNPQRSTVWXYZ'; output text = ''; uuid_bytes bytea = uuid_send(id); BEGIN

-- Encode the timestamp output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 0) & 224) >> 5)); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 0) & 31))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 1) & 248) >> 3)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 1) & 7) << 2) | ((GET_BYTE(uuid_bytes, 2) & 192) >> 6))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 2) & 62) >> 1)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 2) & 1) << 4) | ((GET_BYTE(uuid_bytes, 3) & 240) >> 4))); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 3) & 15) << 1) | ((GET_BYTE(uuid_bytes, 4) & 128) >> 7))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 4) & 124) >> 2)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 4) & 3) << 3) | ((GET_BYTE(uuid_bytes, 5) & 224) >> 5))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 5) & 31)));

-- Encode the entropy output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 6) & 248) >> 3)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 6) & 7) << 2) | ((GET_BYTE(uuid_bytes, 7) & 192) >> 6))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 7) & 62) >> 1)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 7) & 1) << 4) | ((GET_BYTE(uuid_bytes, 8) & 240) >> 4))); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 8) & 15) << 1) | ((GET_BYTE(uuid_bytes, 9) & 128) >> 7))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 9) & 124) >> 2)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 9) & 3) << 3) | ((GET_BYTE(uuid_bytes, 10) & 224) >> 5))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 10) & 31))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 11) & 248) >> 3)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 11) & 7) << 2) | ((GET_BYTE(uuid_bytes, 12) & 192) >> 6))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 12) & 62) >> 1)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 12) & 1) << 4) | ((GET_BYTE(uuid_bytes, 13) & 240) >> 4))); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 13) & 15) << 1) | ((GET_BYTE(uuid_bytes, 14) & 128) >> 7))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 14) & 124) >> 2)); output = output || CHR(GET_BYTE(encoding, ((GET_BYTE(uuid_bytes, 14) & 3) << 3) | ((GET_BYTE(uuid_bytes, 15) & 224) >> 5))); output = output || CHR(GET_BYTE(encoding, (GET_BYTE(uuid_bytes, 15) & 31)));

RETURN output; END $$ LANGUAGE plpgsql IMMUTABLE; ```

Gera 11 Digitos aleatórios: YBKXG0CKTH4

```sql -- Cria a extensão pgcrypto para gerar uuid CREATE EXTENSION IF NOT EXISTS pgcrypto;

-- Cria a função para gerar ULID CREATE OR REPLACE FUNCTION gen_lrandom() RETURNS TEXT AS $$ DECLARE ts_millis BIGINT; ts_chars TEXT; random_bytes BYTEA; random_chars TEXT; base32_chars TEXT := '0123456789ABCDEFGHJKMNPQRSTVWXYZ'; i INT; BEGIN -- Pega o timestamp em milissegundos ts_millis := FLOOR(EXTRACT(EPOCH FROM clock_timestamp()) * 1000)::BIGINT;

-- Converte o timestamp para base32
ts_chars := '';
FOR i IN REVERSE 0..11 LOOP
    ts_chars := ts_chars || substr(base32_chars, ((ts_millis >> (5 * i)) & 31) + 1, 1);
END LOOP;

-- Gera 10 bytes aleatórios e converte para base32
random_bytes := gen_random_bytes(10);
random_chars := '';
FOR i IN 0..9 LOOP
    random_chars := random_chars || substr(base32_chars, ((get_byte(random_bytes, i) >> 3) & 31) + 1, 1);
    IF i < 9 THEN
        random_chars := random_chars || substr(base32_chars, (((get_byte(random_bytes, i) & 7) << 2) | (get_byte(random_bytes, i + 1) >> 6)) & 31 + 1, 1);
    ELSE
        random_chars := random_chars || substr(base32_chars, ((get_byte(random_bytes, i) & 7) << 2) + 1, 1);
    END IF;
END LOOP;

-- Concatena o timestamp e os caracteres aleatórios
RETURN ts_chars || random_chars;

END; $$ LANGUAGE plpgsql; ```

Exemplo de USO

```sql -- Criação da extensão caso não exista CREATE EXTENSION IF NOT EXISTS pgcrypto; -- Criação da tabela pessoas CREATE TABLE pessoas ( ID UUID DEFAULT gen_random_uuid ( ) PRIMARY KEY, nome TEXT NOT NULL );

-- Busca Pessoa na tabela SELECT * FROM "pessoas" WHERE uuid_to_ulid ( ID ) = '252FAC9F3V8EF80SSDK8PXW02F'; ```

Fontes

• https://github.com/scoville/pgsql-ulid
• https://github.com/geckoboard/pgulid

@ 8ba66f4c:59175b61

Récemment, plusieurs membres du gouvernement ont évoqué cette possibilité : restreindre l’accès à certaines plateformes sociales en période de crise, pour limiter les débordements, les appels à la violence, ou les "fake news".
L'idée n'est pas présentée comme une censure, bien sûr. Plutôt comme une mesure "temporaire", "exceptionnelle", et "proportionnée".

Mais en réalité, ce débat n’a rien d’anodin. Et il mérite une attention bien plus large que les quelques articles qui l’ont mentionné en marge de l’actualité.

Pourquoi ça pose (vraiment) problème ?

Parce que l’idée même de couper un réseau social, même temporairement, ouvre une brèche.
Un précédent.
Et dans l’histoire des démocraties modernes, les précédents deviennent vite des habitudes, surtout quand ils sont adossés à des notions floues comme "l’ordre public" ou "l’urgence".

En France, comme dans l’Union européenne, les libertés de communication et d’expression sont des droits fondamentaux.
Et jusqu’ici, nous avons toujours critiqué – à juste titre – les pays qui bloquent Internet ou les réseaux sociaux :
- En Iran, en Inde, en Turquie, en Russie ou en Égypte.
- Pour des raisons souvent similaires : maintenir le calme, éviter la désinformation, empêcher la mobilisation.

Mais dans les faits, ces coupures sont systématiquement utilisées pour neutraliser une contestation, contrôler un récit, ou empêcher la documentation de violences.
Et chaque fois, la presse française, les ONG, et les démocraties occidentales ont dénoncé ces actes.

Alors que se passera-t-il le jour où la France appliquera ce qu'elle a longtemps dénoncé ?

La seule vraie solution, ce n’est pas plus de contrôle. C’est plus de résilience.

Face à cette dérive potentielle, des outils existent déjà.
Des protocoles pensés pour fonctionner sans autorité centrale, sans serveur unique, sans identifiant imposé.
Des réseaux impossibles à couper, à censurer, ou à faire taire d’un simple décret.

Parmi eux, un nom commence à se faire une place : Nostr.

Pourquoi Nostr change la donne

Nostr, ce n’est pas une énième alternative à Twitter.
C’est un protocole minimaliste, décentralisé, libre.
Il permet à n’importe qui de publier, relayer, lire, sans dépendre d’une plateforme ou d’un serveur.

✅ Identité basée sur une clé publique : pas besoin de mail, ni de téléphone.
✅ Données signées cryptographiquement : pas de falsification, pas de shadowban.
✅ Clients multiples, relays multiples, aucune infrastructure unique à cibler.
✅ Modération décentralisée : chacun décide ce qu’il veut voir ou pas.
✅ Possibilité de tourner sur Tor, en local, ou même de publier via satellite ou ondes radio si besoin.

C’est simple : il n’existe aucun “bouton rouge” pour éteindre Nostr.
Et c’est précisément ce qui en fait un outil de liberté, et pas seulement un réseau social.

En 2025, nous ne devrions pas avoir à nous préparer à contourner la censure.
Mais si même les démocraties commencent à l’envisager comme une option “raisonnable”, alors il est plus que temps de se poser les bonnes questions.
Et de s’outiller.

Curieux de savoir qui ici a déjà testé Nostr ?
Utilisez-vous des clients comme Amethyst, Damus, Iris, Snort ou autre ?
Est-ce que vous y voyez un futur solide pour des communications libres ?

@ 88cc134b:5ae99079

Tester one one two and three nostr:nprofile1qyv8wumn8ghj7urjv4kkjatd9ec8y6tdv9kzumn9wsq3yamnwvaz7tmsw4e8qmr9wpskwtn9wvqzpzxvzd935e04fm6g4nqa7dn9qc7nafzlqn4t3t6xgmjkr3dwnyreaytcqa, some

nostr:nevent1qvzqqqqqqypzpzxvzd935e04fm6g4nqa7dn9qc7nafzlqn4t3t6xgmjkr3dwnyreqyvhwumn8ghj7urjv4kkjatd9ec8y6tdv9kzumn9wshszymhwden5te0wp6hyurvv4cxzeewv4ej7qpq6mw92lz87fqsca2gn3jkm2rd3xexcapjd5vscysx4r79y672ukrqy5utlm

@ 88cc134b:5ae99079

Heading

Body text hello

nostr:nevent1qvzqqqqqqypzpclca3vtuwz4ypdjx9ywcceuzs7yka76rh23wrjvurdv9r4zwremqqsw7tttdcf90wem2hvjd7pyncu3h6teldw2jppgjuh9l7h4ymgt4wcl74wgx

@ e3ba5e1a:5e433365

President Trump has started rolling out his tariffs, something I blogged about in November. People are talking about these tariffs a lot right now, with many people (correctly) commenting on how consumers will end up with higher prices as a result of these tariffs. While that part is true, I’ve seen a lot of people taking it to the next, incorrect step: that consumers will pay the entirety of the tax. I put up a poll on X to see what people thought, and while the right answer got a lot of votes, it wasn't the winner.

For purposes of this blog post, our ultimate question will be the following:

• Suppose apples currently sell for $1 each in the entire United States.
• There are domestic sellers and foreign sellers of apples, all receiving the same price.
• There are no taxes or tariffs on the purchase of apples.
• The question is: if the US federal government puts a $0.50 import tariff per apple, what will be the change in the following:
• Number of apples bought in the US
• Price paid by buyers for apples in the US
• Post-tax price received by domestic apple producers
• Post-tax price received by foreign apple producers

Before we can answer that question, we need to ask an easier, first question: before instituting the tariff, why do apples cost $1?

And finally, before we dive into the details, let me provide you with the answers to the ultimate question. I recommend you try to guess these answers before reading this, and if you get it wrong, try to understand why:

1. The number of apples bought will go down
2. The buyers will pay more for each apple they buy, but not the full amount of the tariff
3. Domestic apple sellers will receive a higher price per apple
4. Foreign apple sellers will receive a lower price per apple, but not lowered by the full amount of the tariff

In other words, regardless of who sends the payment to the government, both taxed parties (domestic buyers and foreign sellers) will absorb some of the costs of the tariff, while domestic sellers will benefit from the protectionism provided by tariffs and be able to sell at a higher price per unit.

Marginal benefit

All of the numbers discussed below are part of a helper Google Sheet I put together for this analysis. Also, apologies about the jagged lines in the charts below, I hadn’t realized before starting on this that there are some difficulties with creating supply and demand charts in Google Sheets.

Let’s say I absolutely love apples, they’re my favorite food. How much would I be willing to pay for a single apple? You might say “$1, that’s the price in the supermarket,” and in many ways you’d be right. If I walk into supermarket A, see apples on sale for $50, and know that I can buy them at supermarket B for $1, I’ll almost certainly leave A and go buy at B.

But that’s not what I mean. What I mean is: how high would the price of apples have to go everywhere so that I’d no longer be willing to buy a single apple? This is a purely personal, subjective opinion. It’s impacted by how much money I have available, other expenses I need to cover, and how much I like apples. But let’s say the number is $5.

How much would I be willing to pay for another apple? Maybe another $5. But how much am I willing to pay for the 1,000th apple? 10,000th? At some point, I’ll get sick of apples, or run out of space to keep the apples, or not be able to eat, cook, and otherwise preserve all those apples before they rot.

The point being: I’ll be progressively willing to spend less and less money for each apple. This form of analysis is called marginal benefit: how much benefit (expressed as dollars I’m willing to spend) will I receive from each apple? This is a downward sloping function: for each additional apple I buy (quantity demanded), the price I’m willing to pay goes down. This is what gives my personal demand curve. And if we aggregate demand curves across all market participants (meaning: everyone interested in buying apples), we end up with something like this:

Assuming no changes in people’s behavior and other conditions in the market, this chart tells us how many apples will be purchased by our buyers at each price point between $0.50 and $5. And ceteris paribus (all else being equal), this will continue to be the demand curve for apples.

Marginal cost

Demand is half the story of economics. The other half is supply, or: how many apples will I sell at each price point? Supply curves are upward sloping: the higher the price, the more a person or company is willing and able to sell a product.

Let’s understand why. Suppose I have an apple orchard. It’s a large property right next to my house. With about 2 minutes of effort, I can walk out of my house, find the nearest tree, pick 5 apples off the tree, and call it a day. 5 apples for 2 minutes of effort is pretty good, right?

Yes, there was all the effort necessary to buy the land, and plant the trees, and water them… and a bunch more than I likely can’t even guess at. We’re going to ignore all of that for our analysis, because for short-term supply-and-demand movement, we can ignore these kinds of sunk costs. One other simplification: in reality, supply curves often start descending before ascending. This accounts for achieving efficiencies of scale after the first number of units purchased. But since both these topics are unneeded for understanding taxes, I won’t go any further.

Anyway, back to my apple orchard. If someone offers me $0.50 per apple, I can do 2 minutes of effort and get $2.50 in revenue, which equates to a $75/hour wage for me. I’m more than happy to pick apples at that price!

However, let’s say someone comes to buy 10,000 apples from me instead. I no longer just walk out to my nearest tree. I’m going to need to get in my truck, drive around, spend the day in the sun, pay for gas, take a day off of my day job (let’s say it pays me $70/hour). The costs go up significantly. Let’s say it takes 5 days to harvest all those apples myself, it costs me $100 in fuel and other expenses, and I lose out on my $70/hour job for 5 days. We end up with:

• Total expenditure: $100 + $70 * 8 hours a day * 5 days \== $2900
• Total revenue: $5000 (10,000 apples at $0.50 each)
• Total profit: $2100

So I’m still willing to sell the apples at this price, but it’s not as attractive as before. And as the number of apples purchased goes up, my costs keep increasing. I’ll need to spend more money on fuel to travel more of my property. At some point I won’t be able to do the work myself anymore, so I’ll need to pay others to work on the farm, and they’ll be slower at picking apples than me (less familiar with the property, less direct motivation, etc.). The point being: at some point, the number of apples can go high enough that the $0.50 price point no longer makes me any money.

This kind of analysis is called marginal cost. It refers to the additional amount of expenditure a seller has to spend in order to produce each additional unit of the good. Marginal costs go up as quantity sold goes up. And like demand curves, if you aggregate this data across all sellers, you get a supply curve like this:

Equilibrium price

We now know, for every price point, how many apples buyers will purchase, and how many apples sellers will sell. Now we find the equilibrium: where the supply and demand curves meet. This point represents where the marginal benefit a buyer would receive from the next buyer would be less than the cost it would take the next seller to make it. Let’s see it in a chart:

You’ll notice that these two graphs cross at the $1 price point, where 63 apples are both demanded (bought by consumers) and supplied (sold by producers). This is our equilibrium price. We also have a visualization of the surplus created by these trades. Everything to the left of the equilibrium point and between the supply and demand curves represents surplus: an area where someone is receiving something of more value than they give. For example:

• When I bought my first apple for $1, but I was willing to spend $5, I made $4 of consumer surplus. The consumer portion of the surplus is everything to the left of the equilibrium point, between the supply and demand curves, and above the equilibrium price point.
• When a seller sells his first apple for $1, but it only cost $0.50 to produce it, the seller made $0.50 of producer surplus. The producer portion of the surplus is everything to the left of the equilibrium point, between the supply and demand curves, and below the equilibrium price point.

Another way of thinking of surplus is “every time someone got a better price than they would have been willing to take.”

OK, with this in place, we now have enough information to figure out how to price in the tariff, which we’ll treat as a negative externality.

Modeling taxes

Alright, the government has now instituted a $0.50 tariff on every apple sold within the US by a foreign producer. We can generally model taxes by either increasing the marginal cost of each unit sold (shifting the supply curve up), or by decreasing the marginal benefit of each unit bought (shifting the demand curve down). In this case, since only some of the producers will pay the tax, it makes more sense to modify the supply curve.

First, let’s see what happens to the foreign seller-only supply curve when you add in the tariff:

With the tariff in place, for each quantity level, the price at which the seller will sell is $0.50 higher than before the tariff. That makes sense: if I was previously willing to sell my 82nd apple for $3, I would now need to charge $3.50 for that apple to cover the cost of the tariff. We see this as the tariff “pushing up” or “pushing left” the original supply curve.

We can add this new supply curve to our existing (unchanged) supply curve for domestic-only sellers, and we end up with a result like this:

The total supply curve adds up the individual foreign and domestic supply curves. At each price point, we add up the total quantity each group would be willing to sell to determine the total quantity supplied for each price point. Once we have that cumulative supply curve defined, we can produce an updated supply-and-demand chart including the tariff:

As we can see, the equilibrium has shifted:

• The equilibrium price paid by consumers has risen from $1 to $1.20.
• The total number of apples purchased has dropped from 63 apples to 60 apples.
• Consumers therefore received 3 less apples. They spent $72 for these 60 apples, whereas previously they spent $63 for 3 more apples, a definite decrease in consumer surplus.
• Foreign producers sold 36 of those apples (see the raw data in the linked Google Sheet), for a gross revenue of $43.20. However, they also need to pay the tariff to the US government, which accounts for $18, meaning they only receive $25.20 post-tariff. Previously, they sold 42 apples at $1 each with no tariff to be paid, meaning they took home $42.
• Domestic producers sold the remaining 24 apples at $1.20, giving them a revenue of $28.80. Since they don’t pay the tariff, they take home all of that money. By contrast, previously, they sold 21 apples at $1, for a take-home of $21.
• The government receives $0.50 for each of the 60 apples sold, or in other words receives $30 in revenue it wouldn’t have received otherwise.

We could be more specific about the surpluses, and calculate the actual areas for consumer surplus, producer surplus, inefficiency from the tariff, and government revenue from the tariff. But I won’t bother, as those calculations get slightly more involved. Instead, let’s just look at the aggregate outcomes:

• Consumers were unquestionably hurt. Their price paid went up by $0.20 per apple, and received less apples.
• Foreign producers were also hurt. Their price received went down from the original $1 to the new post-tariff price of $1.20, minus the $0.50 tariff. In other words: foreign producers only receive $0.70 per apple now. This hurt can be mitigated by shifting sales to other countries without a tariff, but the pain will exist regardless.
• Domestic producers scored. They can sell less apples and make more revenue doing it.
• And the government walked away with an extra $30.

Hopefully you now see the answer to the original questions. Importantly, while the government imposed a $0.50 tariff, neither side fully absorbed that cost. Consumers paid a bit more, foreign producers received a bit less. The exact details of how that tariff was split across the groups is mediated by the relevant supply and demand curves of each group. If you want to learn more about this, the relevant search term is “price elasticity,” or how much a group’s quantity supplied or demanded will change based on changes in the price.

Other taxes

Most taxes are some kind of a tax on trade. Tariffs on apples is an obvious one. But the same applies to income tax (taxing the worker for the trade of labor for money) or payroll tax (same thing, just taxing the employer instead). Interestingly, you can use the same model for analyzing things like tax incentives. For example, if the government decided to subsidize domestic apple production by giving the domestic producers a $0.50 bonus for each apple they sell, we would end up with a similar kind of analysis, except instead of the foreign supply curve shifting up, we’d see the domestic supply curve shifting down.

And generally speaking, this is what you’ll always see with government involvement in the economy. It will result in disrupting an existing equilibrium, letting the market readjust to a new equilibrium, and incentivization of some behavior, causing some people to benefit and others to lose out. We saw with the apple tariff, domestic producers and the government benefited while others lost.

You can see the reverse though with tax incentives. If I give a tax incentive of providing a deduction (not paying income tax) for preschool, we would end up with:

• Government needs to make up the difference in tax revenue, either by raising taxes on others or printing more money (leading to inflation). Either way, those paying the tax or those holding government debased currency will pay a price.
• Those people who don’t use the preschool deduction will receive no benefit, so they simply pay a cost.
• Those who do use the preschool deduction will end up paying less on tax+preschool than they would have otherwise.

This analysis is fully amoral. It’s not saying whether providing subsidized preschool is a good thing or not, it simply tells you where the costs will be felt, and points out that such government interference in free economic choice does result in inefficiencies in the system. Once you have that knowledge, you’re more well educated on making a decision about whether the costs of government intervention are worth the benefits.

@ 88cc134b:5ae99079

Tester one one two and three nostr:nprofile1qyv8wumn8ghj7urjv4kkjatd9ec8y6tdv9kzumn9wsq3yamnwvaz7tmsw4e8qmr9wpskwtn9wvqzpzxvzd935e04fm6g4nqa7dn9qc7nafzlqn4t3t6xgmjkr3dwnyreaytcqa, some

nostr:nevent1qvzqqqqqqypzpzxvzd935e04fm6g4nqa7dn9qc7nafzlqn4t3t6xgmjkr3dwnyreqyvhwumn8ghj7urjv4kkjatd9ec8y6tdv9kzumn9wshszymhwden5te0wp6hyurvv4cxzeewv4ej7qpq6mw92lz87fqsca2gn3jkm2rd3xexcapjd5vscysx4r79y672ukrqy5utlm

@ 88cc134b:5ae99079

What!?

@ b17fccdf:b7211155

Next new resources about the MiniBolt guide have been released:

---

• 🆕 Roadmap: LINK
• 🆕 Dynamic Network map: LINK
• 🆕 Nostr community: LINK < ~ REMOVE the "[]" symbols from the URL (naddr...) to access
• 🆕 Linktr FOSS (UC) by Gzuuus: LINK
• 🆕 Donate webpage: 🚾 Clearnet LINK || 🧅 Onion LINK
• 🆕 Contact email: hello@minibolt.info

---

Enjoy it MiniBolter! 💙

@ 9e69e420:d12360c2

Federal employees must remove pronouns from email signatures by the end of the day. This directive comes from internal memos tied to two executive orders signed by Donald Trump. The orders target diversity and equity programs within the government.

CDC, Department of Transportation, and Department of Energy employees were affected. Staff were instructed to make changes in line with revised policy prohibiting certain language.

One CDC employee shared frustration, stating, “In my decade-plus years at CDC, I've never been told what I can and can't put in my email signature.” The directive is part of a broader effort to eliminate DEI initiatives from federal discourse.

@ 88cc134b:5ae99079

Test

testing test

@ 97c70a44:ad98e322

There was a slight dust up recently over a website someone runs removing a listing for an app someone built based on entirely arbitrary criteria. I'm not to going to attempt to speak for either wounded party, but I would like to share my own personal definition for what constitutes a "nostr app" in an effort to help clarify what might be an otherwise confusing and opaque purity test.

In this post, I will be committing the "no true Scotsman" fallacy, in which I start with the most liberal definition I can come up with, and gradually refine it until all that is left is the purest, gleamingest, most imaginary and unattainable nostr app imaginable. As I write this, I wonder if anything built yet will actually qualify. In any case, here we go.

It uses nostr

The lowest bar for what a "nostr app" might be is an app ("application" - i.e. software, not necessarily a native app of any kind) that has some nostr-specific code in it, but which doesn't take any advantage of what makes nostr distinctive as a protocol.

Examples might include a scraper of some kind which fulfills its charter by fetching data from relays (regardless of whether it validates or retains signatures). Another might be a regular web 2.0 app which provides an option to "log in with nostr" by requesting and storing the user's public key.

In either case, the fact that nostr is involved is entirely neutral. A scraper can scrape html, pdfs, jsonl, whatever data source - nostr relays are just another target. Likewise, a user's key in this scenario is treated merely as an opaque identifier, with no appreciation for the super powers it brings along.

In most cases, this kind of app only exists as a marketing ploy, or less cynically, because it wants to get in on the hype of being a "nostr app", without the developer quite understanding what that means, or having the budget to execute properly on the claim.

It leverages nostr

Some of you might be wondering, "isn't 'leverage' a synonym for 'use'?" And you would be right, but for one connotative difference. It's possible to "use" something improperly, but by definition leverage gives you a mechanical advantage that you wouldn't otherwise have. This is the second category of "nostr app".

This kind of app gets some benefit out of the nostr protocol and network, but in an entirely selfish fashion. The intention of this kind of app is not to augment the nostr network, but to augment its own UX by borrowing some nifty thing from the protocol without really contributing anything back.

Some examples might include:

• Using nostr signers to encrypt or sign data, and then store that data on a proprietary server.
• Using nostr relays as a kind of low-code backend, but using proprietary event payloads.
• Using nostr event kinds to represent data (why), but not leveraging the trustlessness that buys you.

An application in this category might even communicate to its users via nostr DMs - but this doesn't make it a "nostr app" any more than a website that emails you hot deals on herbal supplements is an "email app". These apps are purely parasitic on the nostr ecosystem.

In the long-term, that's not necessarily a bad thing. Email's ubiquity is self-reinforcing. But in the short term, this kind of "nostr app" can actually do damage to nostr's reputation by over-promising and under-delivering.

It complements nostr

Next up, we have apps that get some benefit out of nostr as above, but give back by providing a unique value proposition to nostr users as nostr users. This is a bit of a fine distinction, but for me this category is for apps which focus on solving problems that nostr isn't good at solving, leaving the nostr integration in a secondary or supporting role.

One example of this kind of app was Mutiny (RIP), which not only allowed users to sign in with nostr, but also pulled those users' social graphs so that users could send money to people they knew and trusted. Mutiny was doing a great job of leveraging nostr, as well as providing value to users with nostr identities - but it was still primarily a bitcoin wallet, not a "nostr app" in the purest sense.

Other examples are things like Nostr Nests and Zap.stream, whose core value proposition is streaming video or audio content. Both make great use of nostr identities, data formats, and relays, but they're primarily streaming apps. A good litmus test for things like this is: if you got rid of nostr, would it be the same product (even if inferior in certain ways)?

A similar category is infrastructure providers that benefit nostr by their existence (and may in fact be targeted explicitly at nostr users), but do things in a centralized, old-web way; for example: media hosts, DNS registrars, hosting providers, and CDNs.

To be clear here, I'm not casting aspersions (I don't even know what those are, or where to buy them). All the apps mentioned above use nostr to great effect, and are a real benefit to nostr users. But they are not True Scotsmen.

It embodies nostr

Ok, here we go. This is the crème de la crème, the top du top, the meilleur du meilleur, the bee's knees. The purest, holiest, most chaste category of nostr app out there. The apps which are, indeed, nostr indigitate.

This category of nostr app (see, no quotes this time) can be defined by the converse of the previous category. If nostr was removed from this type of application, would it be impossible to create the same product?

To tease this apart a bit, apps that leverage the technical aspects of nostr are dependent on nostr the protocol, while apps that benefit nostr exclusively via network effect are integrated into nostr the network. An app that does both things is working in symbiosis with nostr as a whole.

An app that embraces both nostr's protocol and its network becomes an organic extension of every other nostr app out there, multiplying both its competitive moat and its contribution to the ecosystem:

• In contrast to apps that only borrow from nostr on the technical level but continue to operate in their own silos, an application integrated into the nostr network comes pre-packaged with existing users, and is able to provide more value to those users because of other nostr products. On nostr, it's a good thing to advertise your competitors.
• In contrast to apps that only market themselves to nostr users without building out a deep integration on the protocol level, a deeply integrated app becomes an asset to every other nostr app by becoming an organic extension of them through interoperability. This results in increased traffic to the app as other developers and users refer people to it instead of solving their problem on their own. This is the "micro-apps" utopia we've all been waiting for.

Credible exit doesn't matter if there aren't alternative services. Interoperability is pointless if other applications don't offer something your app doesn't. Marketing to nostr users doesn't matter if you don't augment their agency as nostr users.

If I had to choose a single NIP that represents the mindset behind this kind of app, it would be NIP 89 A.K.A. "Recommended Application Handlers", which states:

Nostr's discoverability and transparent event interaction is one of its most interesting/novel mechanics. This NIP provides a simple way for clients to discover applications that handle events of a specific kind to ensure smooth cross-client and cross-kind interactions.

These handlers are the glue that holds nostr apps together. A single event, signed by the developer of an application (or by the application's own account) tells anyone who wants to know 1. what event kinds the app supports, 2. how to link to the app (if it's a client), and (if the pubkey also publishes a kind 10002), 3. which relays the app prefers.

As a sidenote, NIP 89 is currently focused more on clients, leaving DVMs, relays, signers, etc somewhat out in the cold. Updating 89 to include tailored listings for each kind of supporting app would be a huge improvement to the protocol. This, plus a good front end for navigating these listings (sorry nostrapp.link, close but no cigar) would obviate the evil centralized websites that curate apps based on arbitrary criteria.

Examples of this kind of app obviously include many kind 1 clients, as well as clients that attempt to bring the benefits of the nostr protocol and network to new use cases - whether long form content, video, image posts, music, emojis, recipes, project management, or any other "content type".

To drill down into one example, let's think for a moment about forms. What's so great about a forms app that is built on nostr? Well,

• There is a spec for forms and responses, which means that...
• Multiple clients can implement the same data format, allowing for credible exit and user choice, even of...
• Other products not focused on forms, which can still view, respond to, or embed forms, and which can send their users via NIP 89 to a client that does...
• Cryptographically sign forms and responses, which means they are self-authenticating and can be sent to...
• Multiple relays, which reduces the amount of trust necessary to be confident results haven't been deliberately "lost".

Show me a forms product that does all of those things, and isn't built on nostr. You can't, because it doesn't exist. Meanwhile, there are plenty of image hosts with APIs, streaming services, and bitcoin wallets which have basically the same levels of censorship resistance, interoperability, and network effect as if they weren't built on nostr.

It supports nostr

Notice I haven't said anything about whether relays, signers, blossom servers, software libraries, DVMs, and the accumulated addenda of the nostr ecosystem are nostr apps. Well, they are (usually).

This is the category of nostr app that gets none of the credit for doing all of the work. There's no question that they qualify as beautiful nostrcorns, because their value propositions are entirely meaningless outside of the context of nostr. Who needs a signer if you don't have a cryptographic identity you need to protect? DVMs are literally impossible to use without relays. How are you going to find the blossom server that will serve a given hash if you don't know which servers the publishing user has selected to store their content?

In addition to being entirely contextualized by nostr architecture, this type of nostr app is valuable because it does things "the nostr way". By that I mean that they don't simply try to replicate existing internet functionality into a nostr context; instead, they create entirely new ways of putting the basic building blocks of the internet back together.

A great example of this is how Nostr Connect, Nostr Wallet Connect, and DVMs all use relays as brokers, which allows service providers to avoid having to accept incoming network connections. This opens up really interesting possibilities all on its own.

So while I might hesitate to call many of these things "apps", they are certainly "nostr".

Appendix: it smells like a NINO

So, let's say you've created an app, but when you show it to people they politely smile, nod, and call it a NINO (Nostr In Name Only). What's a hacker to do? Well, here's your handy-dandy guide on how to wash that NINO stench off and Become a Nostr.

You app might be a NINO if:

• There's no NIP for your data format (or you're abusing NIP 78, 32, etc by inventing a sub-protocol inside an existing event kind)
• There's a NIP, but no one knows about it because it's in a text file on your hard drive (or buried in your project's repository)
• Your NIP imposes an incompatible/centralized/legacy web paradigm onto nostr
• Your NIP relies on trusted third (or first) parties
• There's only one implementation of your NIP (yours)
• Your core value proposition doesn't depend on relays, events, or nostr identities
• One or more relay urls are hard-coded into the source code
• Your app depends on a specific relay implementation to work (ahem, relay29)
• You don't validate event signatures
• You don't publish events to relays you don't control
• You don't read events from relays you don't control
• You use legacy web services to solve problems, rather than nostr-native solutions
• You use nostr-native solutions, but you've hardcoded their pubkeys or URLs into your app
• You don't use NIP 89 to discover clients and services
• You haven't published a NIP 89 listing for your app
• You don't leverage your users' web of trust for filtering out spam
• You don't respect your users' mute lists
• You try to "own" your users' data

Now let me just re-iterate - it's ok to be a NINO. We need NINOs, because nostr can't (and shouldn't) tackle every problem. You just need to decide whether your app, as a NINO, is actually contributing to the nostr ecosystem, or whether you're just using buzzwords to whitewash a legacy web software product.

If you're in the former camp, great! If you're in the latter, what are you waiting for? Only you can fix your NINO problem. And there are lots of ways to do this, depending on your own unique situation:

• Drop nostr support if it's not doing anyone any good. If you want to build a normal company and make some money, that's perfectly fine.
• Build out your nostr integration - start taking advantage of webs of trust, self-authenticating data, event handlers, etc.
• Work around the problem. Think you need a special relay feature for your app to work? Guess again. Consider encryption, AUTH, DVMs, or better data formats.
• Think your idea is a good one? Talk to other devs or open a PR to the nips repo. No one can adopt your NIP if they don't know about it.
• Keep going. It can sometimes be hard to distinguish a research project from a NINO. New ideas have to be built out before they can be fully appreciated.
• Listen to advice. Nostr developers are friendly and happy to help. If you're not sure why you're getting traction, ask!

I sincerely hope this article is useful for all of you out there in NINO land. Maybe this made you feel better about not passing the totally optional nostr app purity test. Or maybe it gave you some actionable next steps towards making a great NINON (Nostr In Not Only Name) app. In either case, GM and PV.

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Unlocking Learning Potential: How Math Model Transform Learning

Introduction:

In mathematics education, fostering a learning environment that encourages a variety of problem-solving strategies and emphasizes the structural foundations of mathematical concepts is crucial for student success. One key instructional element is using mathematical models to help students bridge their informal understandings with formal, symbolic mathematical reasoning. Encouraging students to use models, particularly iconic representations, is vital in developing conceptual and procedural knowledge. This research overview explores how modeling enhances student learning by progressing from intuitive representations to more formalized mathematical reasoning, focusing on the importance of iconic models in building a deeper understanding of mathematics.

FREE DOWNLOAD - Questions and Prompts

Theoretical Foundations

Taking students' ideas seriously is grounded in constructivist learning theory and research on how students develop mathematical understanding. Hiebert and Carpenter (1992) argue that "if children possessed internal networks constructed both in and out of school and if they recognized the connections between them, their understanding and performance in both settings would improve." This highlights the importance of connecting students' informal knowledge with formal mathematical concepts. Carpenter's work further emphasizes the value of students' intuitive knowledge: "Children come to school with a great deal of informal or intuitive knowledge of mathematics that can serve as the basis for developing much of the formal mathematics of the primary school curriculum." This suggests that taking students' initial ideas seriously can provide a strong foundation for developing a more sophisticated mathematical understanding.

The Role of Models in Mathematical Thinking

Modeling is a powerful tool for nurturing mathematical thinking because it helps students move from concrete experiences to abstract reasoning. According to Romberg and Kaput (1999), when students first encounter mathematical problems, they naturally rely on informal strategies based on their real-world experiences. The modeling process allows these initial intuitive approaches to serve as scaffolding for solving more complex, related problems. Through modeling, students solve a specific problem and develop general strategies that can be applied across different mathematical contexts.

Gravemeijer and van Galen (2003) argue that modeling real-world situations is foundational for understanding mathematical structures. This process often begins with students using informal, tangible representations, which evolve into more formal mathematical reasoning as they progress. Cobb (2000) describes this as a shift in classroom practice, where students’ informal activities, such as using objects or drawings, are eventually formalized into mathematical reasoning. The key to this transformation lies in how well students can transition between different forms of representation: enactive, iconic, and symbolic models (Bruner, 1964).

The Progression of Mathematical Models

A critical component of effective mathematics instruction is the concept of progressive formalization, which guides students through the stages of representation. As students work through mathematical problems, they begin with enactive models—physical representations or manipulatives that help them visualize the problem. From there, students move on to iconic models, which involve pictorial representations, such as diagrams, number lines, and graphs, that symbolize the relationships in the problem. Finally, they transition to symbolic models, which use formal mathematical tables, notation, and equations to organize and represent abstract concepts (Bruner, 1964).

The transition from iconic to symbolic models is particularly important because it helps students visualize and understand abstract mathematical concepts without losing the connection to real-world problems. In many curricula, students are often asked to solve problems using multiple methods, but these methods may only sometimes lead to the progressive formalization needed for deep understanding. Iconic models, such as number lines that promote distance, magnitude, and proportion, serve as a critical bridge between concrete and abstract reasoning, allowing students to visualize the relationships between numbers and operations before transitioning to formal symbols (Leinwand & Ginsburg, 2007).

Iconic Models and Their Importance

Iconic models play a unique role in mathematics education by offering visual representations that make abstract concepts more accessible. For example, the area model is a powerful iconic representation used in teaching multiplication and division. When students are presented with a contextualized problem, such as determining the number of tiles needed to cover a floor, they can use an area model to visualize the relationships among length, width, and area. This iconic representation helps students see multiplication in two dimensions, preparing them for more formal mathematical concepts such as algebra (Watanabe, 2015).

The strength of iconic models lies in their ability to illuminate different aspects of mathematical relationships. Unlike abstract symbolic representations, which can be difficult for students to grasp, iconic models make the problem tangible and concrete. Students can manipulate the models, explore different problem-solving strategies, and visually see the consequences of their actions. This tactile and visual exploration deepens their conceptual understanding and supports the transition to more abstract forms of reasoning (Bruner, 1964).

For instance, using a number line as an iconic model for fractions allows students to visualize the relative size of different fractions, helping them understand concepts such as equivalence and comparison. Similarly, bar models can represent proportions, ratios, or algebraic relationships. These iconic models provide a clear, visual framework for understanding the underlying structure of mathematical problems, and they encourage students to explore multiple solution strategies.

Modeling in Curriculum Design

Integrating modeling into mathematics curricula has fostered deeper student engagement and understanding. However, educators must select contexts and tasks that naturally lead students from informal models to more formal, mathematically robust representations. For example, when teaching multiplication, students may begin by solving problems about grouping objects or creating arrays. These problems encourage using iconic models, such as drawing rows and columns to represent multiplication as an area, before transitioning to symbolic equations (Leinwand & Ginsburg, 2007).

Curricula that prioritize the progression from enactive to iconic to symbolic models help students build a solid foundation for understanding more advanced mathematical concepts. For example, suppose an educator aims for students to use the area model as an iconic representation. In that case, they might introduce problems involving geometric concepts, such as covering flat spaces with tiles or using gridlines on a map to calculate distances. These activities make math more tangible and foster logical connections for students to develop more formal mathematical reasoning (Watanabe, 2015).

Additionally, students’ engagement with different models enhances their ability to communicate and justify their mathematical thinking. When asked to explain how they arrived at a solution using an iconic model, they must articulate the mathematical relationships they observe, which promotes a deeper understanding. This process also aligns with socio-mathematical norms, where students learn to evaluate the efficiency and effectiveness of different models and strategies through classroom discussion and peer feedback.

The Cognitive Benefits of Modeling

From a cognitive psychology perspective, using models in mathematics education helps bridge the gap between procedural and conceptual knowledge. Research by Gilmore and Papadatou-Pastou (2009) suggests that procedural fluency and conceptual understanding are interconnected, with advancements in one area reinforcing the other. The iterative development of models provides students with opportunities to build both procedural skills—through repeated practice—and conceptual knowledge—by visualizing and manipulating the mathematical structures underlying the problems they solve.

Bruner’s (1964) theory of representation emphasizes the importance of guiding students through the different representational forms—enactive, iconic, and symbolic—without imposing abrupt transitions. The gradual transition from one form of representation to another enables students to develop a deeper, more integrated understanding of mathematical concepts, reducing the cognitive load associated with learning new material. This approach allows students to internalize mathematical concepts more effectively, making them better prepared to tackle more complex problems in the future

Conclusion

In conclusion, mathematical modeling is a critical framework for helping students develop a deeper understanding of mathematics by progressing through enactive, iconic, and symbolic representations. Iconic models, in particular, are essential for bridging the gap between students’ informal understandings and the abstract formalism of mathematical reasoning. Educators can foster environments where students are encouraged to explore, innovate, and deepen their understanding of mathematical structures by emphasizing using models in mathematics instruction. This progressive formalization supports procedural fluency and conceptual knowledge, preparing students to thrive in mathematics and beyond.

Integrating modeling into curricula and thoughtfully selecting tasks that support the progression from informal to formal reasoning empowers students to recognize the diverse methods for solving problems and encourages them to develop their unique mathematical insights. As school administrators and educators, fostering an environment that supports these pedagogical practices is critical to nurturing the next generation of mathematical thinkers.

References

Bruner, J. S. (1964). The course of cognitive growth. American Psychologist, 19(1), 1-15.

Cobb, P. (2000). Conducting teaching experiments in collaboration with teachers. In A. E. Kelly & R. A. Lesh (Eds.), Handbook of research design in mathematics and science education (pp. 307-333). Lawrence Erlbaum Associates.

Gilmore, C. K., & Papadatou-Pastou, M. (2009). Patterns of individual differences in conceptual understanding and arithmetical skill: A meta-analysis. Mathematical Thinking and Learning, 11(1-2), 25-40.

Gravemeijer, K., & van Galen, F. (2003). Facts and algorithms as products of students’ own mathematical activity. In J. Kilpatrick, W. G. Martin, & D. Schifter (Eds.), A research companion to principles and standards for school mathematics (pp. 114-122). National Council of Teachers of Mathematics.

Leinwand, S., & Ginsburg, A. L. (2007). Learning from Singapore math. Educational Leadership, 65(3), 32-36.

Romberg, T. A., & Kaput, J. J. (1999). Mathematics worth teaching, mathematics worth understanding. In E. Fennema & T. A. Romberg (Eds.), Mathematics classrooms that promote understanding (pp. 3-17). Lawrence Erlbaum Associates.

Watanabe, T. (2015). Visual reasoning tools in action. Mathematics Teaching in the Middle School, 21(3), 152-160.

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"Degeneration" or "Вырождение" ![[photo_2025-01-29 23.23.15.jpeg]]

A once-functional object, now eroded by time and human intervention, stripped of its original purpose. Layers of presence accumulate—marks, alterations, traces of intent—until the very essence is obscured. Restoration is paradoxical: to reclaim, one must erase. Yet erasure is an impossibility, for to remove these imprints is to deny the existence of those who shaped them.

The work stands as a meditation on entropy, memory, and the irreversible dialogue between creation and decay.

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Unlocking Learning Potential: Why Student's Ideas Matter

Introduction

Recent research in mathematics education emphasizes the importance of valuing and building upon students' initial ideas and intuitive understanding. This approach, often referred to as "taking students' ideas seriously," has enhanced conceptual understanding, problem-solving skills, and overall mathematical achievement. This overview examines this approach's theoretical foundations, cognitive processes, and practical implications in mathematics classrooms.

FREE DOWNLOAD - Questions and Prompts

Theoretical Foundations

Taking students' ideas seriously is grounded in constructivist learning theory and research on how students develop mathematical understanding. Hiebert and Carpenter (1992) argue that "if children possessed internal networks constructed both in and out of school and if they recognized the connections between them, their understanding and performance in both settings would improve." This highlights the importance of connecting students' informal knowledge with formal mathematical concepts. Carpenter's work further emphasizes the value of students' intuitive knowledge: "Children come to school with a great deal of informal or intuitive knowledge of mathematics that can serve as the basis for developing much of the formal mathematics of the primary school curriculum." This suggests that taking students' initial ideas seriously can provide a strong foundation for developing a more sophisticated mathematical understanding.

Cognitive Processes

When students' ideas are taken seriously in mathematics classrooms, several cognitive processes are engaged:

1. Schema Formation: As students articulate and refine their ideas, they develop and modify mental frameworks or schemas that organize mathematical concepts.

2. Metacognition: Explaining their thinking engages students' metacognitive processes, promoting reflection on their own understanding and problem-solving strategies.

3. Elaborative Rehearsal: Verbalizing mathematical concepts helps move information from working memory to long-term memory, enhancing retention.

4. Cognitive Conflict: When students encounter differing viewpoints, it can create cognitive conflict, stimulating the reconciliation of new information with existing schemas.

Practical Implications

Eliciting and Valuing Student Ideas

Carpenter and Lehrer argue that for learning with understanding to occur, instruction needs to provide specific opportunities: "For learning with understanding to occur, instruction needs to provide students the opportunity to develop productive relationships, extend and apply their knowledge, reflect about their experiences, articulate what they know, and make knowledge their own." This emphasizes the need for instructional approaches that actively elicit and value student ideas.

Creating a Supportive Environment

To effectively take students' ideas seriously, teachers must foster a classroom environment where all contributions are respected. This involves:

1. Provide adequate thinking time for students to formulate their thoughts.

2. Using open-ended questions that encourage diverse thinking and approaches.

3. Implementing collaborative strategies like think-pair-share to build confidence in sharing ideas.

Connecting to Formal Mathematics

Hiebert advocates for teaching practices that promote understanding by focusing on "the inherent structure of the emerging mathematical ideas and addressing students' misconceptions as they arise" . This involves helping students connect their informal ideas to more formal mathematical concepts and procedures.

Impact on Student Learning

Research indicates that taking students' ideas seriously can significantly improve mathematical understanding and achievement. A study by Carpenter et al. (1998) found that when teachers based their instruction on students' thinking, students demonstrated greater problem-solving skills and conceptual understanding compared to control groups. Moreover, this approach has increased student engagement and motivation in mathematics. When students feel their ideas are valued, they are more likely to participate actively in mathematical discussions and take intellectual risks.

Challenges and Considerations

While the benefits of taking students' ideas seriously are well-documented, implementing this approach can present challenges:

1. Time Constraints: Allowing for extended student discussions and idea exploration can be time-consuming within the constraints of a typical school schedule.

2. Teacher Preparation: Effectively building on student ideas requires strong content knowledge and pedagogical skills from teachers.

3. Assessment Alignment: Traditional assessment methods may not adequately capture the depth of understanding developed through this approach, necessitating new forms of evaluation.

Conclusion

Taking students' ideas seriously in mathematics education represents a powerful approach to fostering deep conceptual understanding and problem-solving skills. By valuing students' initial thoughts and building upon their intuitive knowledge, educators can create more engaging and effective learning environments. While challenges exist in implementation, the potential benefits for student learning and mathematical achievement make this approach worthy of serious consideration and further research.

References

Ball, D. L., Thames, M. H., & Phelps, G. (2008). Content knowledge for teaching: What makes it special? Journal of Teacher Education, 59(5), 389-407.

Boaler, J. (2002). Experiencing school mathematics: Traditional and reform approaches to teaching and their impact on student learning. Routledge.

Boaler, J., & Brodie, K. (2004). The importance, nature and impact of teacher questions. In D. E. McDougall & J. A. Ross (Eds.), Proceedings of the 26th annual meeting of the North American Chapter of the International Group for the Psychology of Mathematics Education (Vol. 2, pp. 773-782). Toronto: OISE/UT. Carpenter, T. P., Fennema, E., & Franke, M. L. (1996). Cognitively guided instruction: A knowledge base for reform in primary mathematics instruction. The Elementary School Journal, 97(1), 3-20.

Carpenter, T. P., Fennema, E., Franke, M. L., Levi, L., & Empson, S. B. (1999). Children's mathematics: Cognitively guided instruction. Portsmouth, NH: Heinemann.

Carpenter, T. P., & Lehrer, R. (1999). Teaching and learning mathematics with understanding. In E. Fennema & T. A. Romberg (Eds.), Mathematics classrooms that promote understanding (pp. 19-32). Mahwah, NJ: Lawrence Erlbaum Associates.

Craik, F. I., & Lockhart, R. S. (1972). Levels of processing: A framework for memory research. Journal of Verbal Learning and Verbal Behavior, 11(6), 671-684.

Driscoll, M. P. (2005). Psychology of learning for instruction (3rd ed.). Boston: Allyn and Bacon.

Flavell, J. H. (1979). Metacognition and cognitive monitoring: A new area of cognitive-developmental inquiry. American Psychologist, 34(10), 906-911.

Hiebert, J., & Carpenter, T. P. (1992). Learning and teaching with understanding. In D. A. Grouws (Ed.), Handbook of research on mathematics teaching and learning (pp. 65-97). New York: Macmillan.

Hiebert, J., Carpenter, T. P., Fennema, E., Fuson, K. C., Wearne, D., Murray, H., ... & Human, P. (1997). Making sense: Teaching and learning mathematics with understanding. Portsmouth, NH: Heinemann.

Lyman, F. (1981). The responsive classroom discussion: The inclusion of all students. In A. S. Anderson (Ed.), Mainstreaming Digest (pp. 109-113). College Park: University of Maryland Press.

Piaget, J. (1952). The origins of intelligence in children. New York: International Universities Press.

Rowe, M. B. (1986). Wait time: Slowing down may be a way of speeding up! Journal of Teacher Education, 37(1), 43- 50.

Shepard, L. A. (2000). The role of assessment in a learning culture. Educational Researcher, 29(7), 4-14.

Smith, M. S., & Stein, M. K. (2011). 5 practices for orchestrating productive mathematics discussions. Reston, VA: National Council of Teachers of Mathematics.

Social Media.

Research in mathematics education highlights the significance of taking students' ideas seriously, demonstrating how this approach enhances conceptual understanding, problem-solving abilities, and overall mathematical achievement. Rooted in constructivist learning theory, this method engages crucial cognitive processes like schema formation, metacognition, and elaborative rehearsal. By connecting students’ informal knowledge with formal mathematical concepts, educators can establish a robust foundation for advanced mathematical thinking. Studies show that when instruction is based on students' thinking, learners exhibit superior problem-solving skills and a deeper conceptual grasp than traditional teaching methods.

Join us in exploring these powerful teaching approaches and their impact on mathematical thinking and achievement!

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Unlocking Learning Potential: Why Student's Ideas Matter

Introduction

Recent research in mathematics education emphasizes the importance of valuing and building upon students' initial ideas and intuitive understanding. This approach, often referred to as "taking students' ideas seriously," has enhanced conceptual understanding, problem-solving skills, and overall mathematical achievement. This overview examines this approach's theoretical foundations, cognitive processes, and practical implications in mathematics classrooms.

FREE DOWNLOAD - Questions and Prompts

Theoretical Foundations

Taking students' ideas seriously is grounded in constructivist learning theory and research on how students develop mathematical understanding. Hiebert and Carpenter (1992) argue that "if children possessed internal networks constructed both in and out of school and if they recognized the connections between them, their understanding and performance in both settings would improve." This highlights the importance of connecting students' informal knowledge with formal mathematical concepts. Carpenter's work further emphasizes the value of students' intuitive knowledge: "Children come to school with a great deal of informal or intuitive knowledge of mathematics that can serve as the basis for developing much of the formal mathematics of the primary school curriculum." This suggests that taking students' initial ideas seriously can provide a strong foundation for developing a more sophisticated mathematical understanding.

Cognitive Processes

When students' ideas are taken seriously in mathematics classrooms, several cognitive processes are engaged:

1. Schema Formation: As students articulate and refine their ideas, they develop and modify mental frameworks or schemas that organize mathematical concepts.

2. Metacognition: Explaining their thinking engages students' metacognitive processes, promoting reflection on their own understanding and problem-solving strategies.

3. Elaborative Rehearsal: Verbalizing mathematical concepts helps move information from working memory to long-term memory, enhancing retention.

4. Cognitive Conflict: When students encounter differing viewpoints, it can create cognitive conflict, stimulating the reconciliation of new information with existing schemas.

Practical Implications

Eliciting and Valuing Student Ideas

Carpenter and Lehrer argue that for learning with understanding to occur, instruction needs to provide specific opportunities: "For learning with understanding to occur, instruction needs to provide students the opportunity to develop productive relationships, extend and apply their knowledge, reflect about their experiences, articulate what they know, and make knowledge their own." This emphasizes the need for instructional approaches that actively elicit and value student ideas.

Creating a Supportive Environment

To effectively take students' ideas seriously, teachers must foster a classroom environment where all contributions are respected. This involves:

1. Provide adequate thinking time for students to formulate their thoughts.

2. Using open-ended questions that encourage diverse thinking and approaches.

3. Implementing collaborative strategies like think-pair-share to build confidence in sharing ideas.

Connecting to Formal Mathematics

Hiebert advocates for teaching practices that promote understanding by focusing on "the inherent structure of the emerging mathematical ideas and addressing students' misconceptions as they arise" . This involves helping students connect their informal ideas to more formal mathematical concepts and procedures.

Impact on Student Learning

Research indicates that taking students' ideas seriously can significantly improve mathematical understanding and achievement. A study by Carpenter et al. (1998) found that when teachers based their instruction on students' thinking, students demonstrated greater problem-solving skills and conceptual understanding compared to control groups. Moreover, this approach has increased student engagement and motivation in mathematics. When students feel their ideas are valued, they are more likely to participate actively in mathematical discussions and take intellectual risks.

Challenges and Considerations

While the benefits of taking students' ideas seriously are well-documented, implementing this approach can present challenges:

1. Time Constraints: Allowing for extended student discussions and idea exploration can be time-consuming within the constraints of a typical school schedule.

2. Teacher Preparation: Effectively building on student ideas requires strong content knowledge and pedagogical skills from teachers.

3. Assessment Alignment: Traditional assessment methods may not adequately capture the depth of understanding developed through this approach, necessitating new forms of evaluation.

Conclusion

Taking students' ideas seriously in mathematics education represents a powerful approach to fostering deep conceptual understanding and problem-solving skills. By valuing students' initial thoughts and building upon their intuitive knowledge, educators can create more engaging and effective learning environments. While challenges exist in implementation, the potential benefits for student learning and mathematical achievement make this approach worthy of serious consideration and further research.

References

Ball, D. L., Thames, M. H., & Phelps, G. (2008). Content knowledge for teaching: What makes it special? Journal of Teacher Education, 59(5), 389-407.

Boaler, J. (2002). Experiencing school mathematics: Traditional and reform approaches to teaching and their impact on student learning. Routledge.

Boaler, J., & Brodie, K. (2004). The importance, nature and impact of teacher questions. In D. E. McDougall & J. A. Ross (Eds.), Proceedings of the 26th annual meeting of the North American Chapter of the International Group for the Psychology of Mathematics Education (Vol. 2, pp. 773-782). Toronto: OISE/UT. Carpenter, T. P., Fennema, E., & Franke, M. L. (1996). Cognitively guided instruction: A knowledge base for reform in primary mathematics instruction. The Elementary School Journal, 97(1), 3-20.

Carpenter, T. P., Fennema, E., Franke, M. L., Levi, L., & Empson, S. B. (1999). Children's mathematics: Cognitively guided instruction. Portsmouth, NH: Heinemann.

Carpenter, T. P., & Lehrer, R. (1999). Teaching and learning mathematics with understanding. In E. Fennema & T. A. Romberg (Eds.), Mathematics classrooms that promote understanding (pp. 19-32). Mahwah, NJ: Lawrence Erlbaum Associates.

Craik, F. I., & Lockhart, R. S. (1972). Levels of processing: A framework for memory research. Journal of Verbal Learning and Verbal Behavior, 11(6), 671-684.

Driscoll, M. P. (2005). Psychology of learning for instruction (3rd ed.). Boston: Allyn and Bacon.

Flavell, J. H. (1979). Metacognition and cognitive monitoring: A new area of cognitive-developmental inquiry. American Psychologist, 34(10), 906-911.

Hiebert, J., & Carpenter, T. P. (1992). Learning and teaching with understanding. In D. A. Grouws (Ed.), Handbook of research on mathematics teaching and learning (pp. 65-97). New York: Macmillan.

Hiebert, J., Carpenter, T. P., Fennema, E., Fuson, K. C., Wearne, D., Murray, H., ... & Human, P. (1997). Making sense: Teaching and learning mathematics with understanding. Portsmouth, NH: Heinemann.

Lyman, F. (1981). The responsive classroom discussion: The inclusion of all students. In A. S. Anderson (Ed.), Mainstreaming Digest (pp. 109-113). College Park: University of Maryland Press.

Piaget, J. (1952). The origins of intelligence in children. New York: International Universities Press.

Rowe, M. B. (1986). Wait time: Slowing down may be a way of speeding up! Journal of Teacher Education, 37(1), 43- 50.

Shepard, L. A. (2000). The role of assessment in a learning culture. Educational Researcher, 29(7), 4-14.

Smith, M. S., & Stein, M. K. (2011). 5 practices for orchestrating productive mathematics discussions. Reston, VA: National Council of Teachers of Mathematics.

Social Media.

Research in mathematics education highlights the significance of taking students' ideas seriously, demonstrating how this approach enhances conceptual understanding, problem-solving abilities, and overall mathematical achievement. Rooted in constructivist learning theory, this method engages crucial cognitive processes like schema formation, metacognition, and elaborative rehearsal. By connecting students’ informal knowledge with formal mathematical concepts, educators can establish a robust foundation for advanced mathematical thinking. Studies show that when instruction is based on students' thinking, learners exhibit superior problem-solving skills and a deeper conceptual grasp than traditional teaching methods.

Join us in exploring these powerful teaching approaches and their impact on mathematical thinking and achievement!

@ 0fa80bd3:ea7325de

![[yedinaya-rossiya-bear.png]]

1️⃣ Be where the bear roams. Stay in its territory, where it hunts for food. No point setting a trap in your backyard if the bear’s chilling in the forest.

2️⃣ Set a well-hidden trap. Bury it, disguise it, and place the bait right in the center. Bears are omnivores—just like secret police KGB agents. And what’s the tastiest bait for them? Money.

3️⃣ Wait for the bear to take the bait. When it reaches in, the trap will snap shut around its paw. It’ll be alive, but stuck. No escape.

Now, what you do with a trapped bear is another question... 😏

@ 0fa80bd3:ea7325de

The land that belongs to the indigenous peoples of Russia has been seized by a gang of killers who have unleashed a war of extermination. They wipe out anyone who refuses to conform to their rules. Those who disagree and stay behind are tortured and killed in prisons and labor camps. Those who flee lose their homeland, dissolve into foreign cultures, and fade away. And those who stand up to protect their people are attacked by the misled and deceived. The deceived die for the unchecked greed of a single dictator—thousands from both sides, people who just wanted to live, raise their kids, and build a future.

Now, they are forced to make an impossible choice: abandon their homeland or die. Some perish on the battlefield, others lose themselves in exile, stripped of their identity, scattered in a world that isn’t theirs.

There’s been endless debate about how to fix this, how to clear the field of the weeds that choke out every new sprout, every attempt at change. But the real problem? We can’t play by their rules. We can’t speak their language or use their weapons. We stand for humanity, and no matter how righteous our cause, we will not multiply suffering. Victory doesn’t come from matching the enemy—it comes from staying ahead, from using tools they haven’t mastered yet. That’s how wars are won.

Our only resource is the will of the people to rewrite the order of things. Historian Timothy Snyder once said that a nation cannot exist without a city. A city is where the most active part of a nation thrives. But the cities are occupied. The streets are watched. Gatherings are impossible. They control the money. They control the mail. They control the media. And any dissent is crushed before it can take root.

So I started asking myself: How do we stop this fragmentation? How do we create a space where people can rebuild their connections when they’re ready? How do we build a self-sustaining network, where everyone contributes and benefits proportionally, while keeping their freedom to leave intact? And more importantly—how do we make it spread, even in occupied territory?

In 2009, something historic happened: the internet got its own money. Thanks to Satoshi Nakamoto, the world took a massive leap forward. Bitcoin and decentralized ledgers shattered the idea that money must be controlled by the state. Now, to move or store value, all you need is an address and a key. A tiny string of text, easy to carry, impossible to seize.

That was the year money broke free. The state lost its grip. Its biggest weapon—physical currency—became irrelevant. Money became purely digital.

The internet was already a sanctuary for information, a place where people could connect and organize. But with Bitcoin, it evolved. Now, value itself could flow freely, beyond the reach of authorities.

Think about it: when seedlings are grown in controlled environments before being planted outside, they get stronger, survive longer, and bear fruit faster. That’s how we handle crops in harsh climates—nurture them until they’re ready for the wild.

Now, picture the internet as that controlled environment for ideas. Bitcoin? It’s the fertile soil that lets them grow. A testing ground for new models of interaction, where concepts can take root before they move into the real world. If nation-states are a battlefield, locked in a brutal war for territory, the internet is boundless. It can absorb any number of ideas, any number of people, and it doesn’t run out of space.

But for this ecosystem to thrive, people need safe ways to communicate, to share ideas, to build something real—without surveillance, without censorship, without the constant fear of being erased.

This is where Nostr comes in.

Nostr—"Notes and Other Stuff Transmitted by Relays"—is more than just a messaging protocol. It’s a new kind of city. One that no dictator can seize, no corporation can own, no government can shut down.

It’s built on decentralization, encryption, and individual control. Messages don’t pass through central servers—they are relayed through independent nodes, and users choose which ones to trust. There’s no master switch to shut it all down. Every person owns their identity, their data, their connections. And no one—no state, no tech giant, no algorithm—can silence them.

In a world where cities fall and governments fail, Nostr is a city that cannot be occupied. A place for ideas, for networks, for freedom. A city that grows stronger the more people build within it.

@ e372d24b:e25df41f

Unlocking Learning Potential: Why Student's Ideas Matter

Introduction

Recent research in mathematics education emphasizes the importance of valuing and building upon students' initial ideas and intuitive understanding. This approach, often referred to as "taking students' ideas seriously," has enhanced conceptual understanding, problem-solving skills, and overall mathematical achievement. This overview examines this approach's theoretical foundations, cognitive processes, and practical implications in mathematics classrooms.

FREE DOWNLOAD - Questions and Prompts

Theoretical Foundations

Taking students' ideas seriously is grounded in constructivist learning theory and research on how students develop mathematical understanding. Hiebert and Carpenter (1992) argue that "if children possessed internal networks constructed both in and out of school and if they recognized the connections between them, their understanding and performance in both settings would improve." This highlights the importance of connecting students' informal knowledge with formal mathematical concepts. Carpenter's work further emphasizes the value of students' intuitive knowledge: "Children come to school with a great deal of informal or intuitive knowledge of mathematics that can serve as the basis for developing much of the formal mathematics of the primary school curriculum." This suggests that taking students' initial ideas seriously can provide a strong foundation for developing a more sophisticated mathematical understanding.

Cognitive Processes

When students' ideas are taken seriously in mathematics classrooms, several cognitive processes are engaged:

1. Schema Formation: As students articulate and refine their ideas, they develop and modify mental frameworks or schemas that organize mathematical concepts.

2. Metacognition: Explaining their thinking engages students' metacognitive processes, promoting reflection on their own understanding and problem-solving strategies.

3. Elaborative Rehearsal: Verbalizing mathematical concepts helps move information from working memory to long-term memory, enhancing retention.

4. Cognitive Conflict: When students encounter differing viewpoints, it can create cognitive conflict, stimulating the reconciliation of new information with existing schemas.

Practical Implications

Eliciting and Valuing Student Ideas

Carpenter and Lehrer argue that for learning with understanding to occur, instruction needs to provide specific opportunities: "For learning with understanding to occur, instruction needs to provide students the opportunity to develop productive relationships, extend and apply their knowledge, reflect about their experiences, articulate what they know, and make knowledge their own." This emphasizes the need for instructional approaches that actively elicit and value student ideas.

Creating a Supportive Environment

To effectively take students' ideas seriously, teachers must foster a classroom environment where all contributions are respected. This involves:

1. Provide adequate thinking time for students to formulate their thoughts.

2. Using open-ended questions that encourage diverse thinking and approaches.

3. Implementing collaborative strategies like think-pair-share to build confidence in sharing ideas.

Connecting to Formal Mathematics

Hiebert advocates for teaching practices that promote understanding by focusing on "the inherent structure of the emerging mathematical ideas and addressing students' misconceptions as they arise" . This involves helping students connect their informal ideas to more formal mathematical concepts and procedures.

Impact on Student Learning

Research indicates that taking students' ideas seriously can significantly improve mathematical understanding and achievement. A study by Carpenter et al. (1998) found that when teachers based their instruction on students' thinking, students demonstrated greater problem-solving skills and conceptual understanding compared to control groups. Moreover, this approach has increased student engagement and motivation in mathematics. When students feel their ideas are valued, they are more likely to participate actively in mathematical discussions and take intellectual risks.

Challenges and Considerations

While the benefits of taking students' ideas seriously are well-documented, implementing this approach can present challenges:

1. Time Constraints: Allowing for extended student discussions and idea exploration can be time-consuming within the constraints of a typical school schedule.

2. Teacher Preparation: Effectively building on student ideas requires strong content knowledge and pedagogical skills from teachers.

3. Assessment Alignment: Traditional assessment methods may not adequately capture the depth of understanding developed through this approach, necessitating new forms of evaluation.

Conclusion

Taking students' ideas seriously in mathematics education represents a powerful approach to fostering deep conceptual understanding and problem-solving skills. By valuing students' initial thoughts and building upon their intuitive knowledge, educators can create more engaging and effective learning environments. While challenges exist in implementation, the potential benefits for student learning and mathematical achievement make this approach worthy of serious consideration and further research.

References

Ball, D. L., Thames, M. H., & Phelps, G. (2008). Content knowledge for teaching: What makes it special? Journal of Teacher Education, 59(5), 389-407.

Boaler, J. (2002). Experiencing school mathematics: Traditional and reform approaches to teaching and their impact on student learning. Routledge.

Boaler, J., & Brodie, K. (2004). The importance, nature and impact of teacher questions. In D. E. McDougall & J. A. Ross (Eds.), Proceedings of the 26th annual meeting of the North American Chapter of the International Group for the Psychology of Mathematics Education (Vol. 2, pp. 773-782). Toronto: OISE/UT. Carpenter, T. P., Fennema, E., & Franke, M. L. (1996). Cognitively guided instruction: A knowledge base for reform in primary mathematics instruction. The Elementary School Journal, 97(1), 3-20.

Carpenter, T. P., Fennema, E., Franke, M. L., Levi, L., & Empson, S. B. (1999). Children's mathematics: Cognitively guided instruction. Portsmouth, NH: Heinemann.

Carpenter, T. P., & Lehrer, R. (1999). Teaching and learning mathematics with understanding. In E. Fennema & T. A. Romberg (Eds.), Mathematics classrooms that promote understanding (pp. 19-32). Mahwah, NJ: Lawrence Erlbaum Associates.

Craik, F. I., & Lockhart, R. S. (1972). Levels of processing: A framework for memory research. Journal of Verbal Learning and Verbal Behavior, 11(6), 671-684.

Driscoll, M. P. (2005). Psychology of learning for instruction (3rd ed.). Boston: Allyn and Bacon.

Flavell, J. H. (1979). Metacognition and cognitive monitoring: A new area of cognitive-developmental inquiry. American Psychologist, 34(10), 906-911.

Hiebert, J., & Carpenter, T. P. (1992). Learning and teaching with understanding. In D. A. Grouws (Ed.), Handbook of research on mathematics teaching and learning (pp. 65-97). New York: Macmillan.

Hiebert, J., Carpenter, T. P., Fennema, E., Fuson, K. C., Wearne, D., Murray, H., ... & Human, P. (1997). Making sense: Teaching and learning mathematics with understanding. Portsmouth, NH: Heinemann.

Lyman, F. (1981). The responsive classroom discussion: The inclusion of all students. In A. S. Anderson (Ed.), Mainstreaming Digest (pp. 109-113). College Park: University of Maryland Press.

Piaget, J. (1952). The origins of intelligence in children. New York: International Universities Press.

Rowe, M. B. (1986). Wait time: Slowing down may be a way of speeding up! Journal of Teacher Education, 37(1), 43- 50.

Shepard, L. A. (2000). The role of assessment in a learning culture. Educational Researcher, 29(7), 4-14.

Smith, M. S., & Stein, M. K. (2011). 5 practices for orchestrating productive mathematics discussions. Reston, VA: National Council of Teachers of Mathematics.

Social Media.

Research in mathematics education highlights the significance of taking students' ideas seriously, demonstrating how this approach enhances conceptual understanding, problem-solving abilities, and overall mathematical achievement. Rooted in constructivist learning theory, this method engages crucial cognitive processes like schema formation, metacognition, and elaborative rehearsal. By connecting students’ informal knowledge with formal mathematical concepts, educators can establish a robust foundation for advanced mathematical thinking. Studies show that when instruction is based on students' thinking, learners exhibit superior problem-solving skills and a deeper conceptual grasp than traditional teaching methods.

Join us in exploring these powerful teaching approaches and their impact on mathematical thinking and achievement!

@ c8adf82a:7265ee75

What is knowledge? Why do we need it?

Since we were small, our parents/guardian put us in school, worked their asses off to give us elective lessons, some get help until college, some even after college and after professional work. Why is this intelligence thing so sought after?

When you were born, you mostly just accepted what your parents said, they say go to school - you go to school, they say go learn the piano - you learn the piano. Of course with a lot of questions and denials, but you do it because you know your parents are doing it for your own good. You can feel the love so you disregard the 'why' and go on with faith

Everything starts with why, and for most people maybe the purpose of knowledge is to be smarter, to know more, just because. But for me this sounds utterly useless. One day I will die next to a man with half a brain and we would feel the same exact thing on the ground. Literally being smarter at the end does not matter at all

However, I am not saying to just be lazy and foolish. For me the purpose of knowledge is action. The more you learn, the more you know what to do, the more you can be sure you are doing the right thing, the more you can make progress on your own being, etc etc

Now, how can you properly learn? Imagine a water bottle. The water bottle's sole purpose is to contain water, but you cannot fill in the water bottle before you open the cap. To learn properly, make sure you open the cap and let all that water pour into you

If you are reading this, you are alive. Don't waste your time doing useless stuff and start to make a difference in your life

Seize the day

@ 9e69e420:d12360c2

Secretary of State Marco Rubio issued new guidance halting spending on most foreign aid grants for 90 days, including military assistance to Ukraine. This immediate order shocked State Department officials and mandates “stop-work orders” on nearly all existing foreign assistance awards.

While it allows exceptions for military financing to Egypt and Israel, as well as emergency food assistance, it restricts aid to key allies like Ukraine, Jordan, and Taiwan. The guidance raises potential liability risks for the government due to unfulfilled contracts.

A report will be prepared within 85 days to recommend which programs to continue or discontinue.

@ 9e69e420:d12360c2

Chef's notes

arbitray

• test
• of
• chefs notes

hedding 2

Details

• ⏲️ Prep time: 20
• 🍳 Cook time: 1 hour
• 🍽️ Servings: 5

Ingredients

• Test ingredient
• 2nd test ingredient

Directions

1. Bake
2. Cool

@ 378562cd:a6fc6773

Nostr is a decentralized, censorship-resistant social media protocol designed to give users control over online interactions without relying on central authorities. While its architecture offers notable advantages, it also introduces challenges, particularly concerning user anonymity, content moderation, and the dynamics of user influence.​

Anonymity and the Risk of Bullying

Nostr's design allows users to create identities without traditional verification methods like email addresses or phone numbers. Instead, users generate a cryptographic key pair: a public key serving as their identifier and a private key for signing messages. This approach enhances privacy but can lead to the "online disinhibition effect," where individuals feel less accountable for their actions due to perceived anonymity. This phenomenon has been linked to increased instances of cyberbullying, as users may engage in behavior online that they would avoid in face-to-face interactions. ​

Influence Disparities Among Users

In decentralized networks like Nostr, users with larger followings can have a more extensive reach, amplifying their messages across the network. This can create disparities where individuals with thousands of followers wield more influence than those with fewer connections. While this dynamic is not unique to Nostr, the protocol's structure may exacerbate the visibility gap between highly followed users and those with a smaller audience.​

Content Moderation and the Challenge of Deletion

Due to Nostr's decentralized nature, content moderation and deletion present significant challenges. Removing content to multiple relays becomes complex once a user posts content to multiple relays, as each relay operates independently. Unlike centralized platforms where a post can be deleted universally, Nostr's architecture means that deleting a post from one relay doesn't ensure its removal from others. This persistence underscores the importance of thoughtful posting, as content may remain accessible indefinitely. ​

Mitigation Strategies and User Empowerment

Despite these challenges, Nostr offers mechanisms to empower users to manage their experience. Clients can implement features allowing users to mute or block others, tailoring their interactions and content exposure. Additionally, some clients support user-led moderation, enabling individuals to label content as offensive or inappropriate, contributing to a community-driven approach to content management. ​

In summary, while Nostr's decentralized and anonymous framework promotes freedom and resistance to censorship, it also necessitates a proactive approach from users to navigate challenges related to anonymity, influence disparities, and content permanence. As the platform evolves, ongoing development and community engagement will be crucial in addressing these issues to foster a safe and equitable environment for all participants.

@ 9e69e420:d12360c2

President Trump plans to withdraw 20,000 U.S. troops from Europe and expects European allies to contribute financially to the remaining military presence. Reported by ANSA, Trump aims to deliver this message to European leaders since taking office. A European diplomat noted, “the costs cannot be borne solely by American taxpayers.”

The Pentagon hasn't commented yet. Trump has previously sought lower troop levels in Europe and had ordered cuts during his first term. The U.S. currently maintains around 65,000 troops in Europe, with total forces reaching 100,000 since the Ukraine invasion. Trump's new approach may shift military focus to the Pacific amid growing concerns about China.

Sauce

@ 6be5cc06:5259daf0

A seguir, veja como instalar e configurar o Privoxy no Pop!_OS.

---

1. Instalar o Tor e o Privoxy

Abra o terminal e execute:

bash sudo apt update sudo apt install tor privoxy

Explicação:

• Tor: Roteia o tráfego pela rede Tor.
• Privoxy: Proxy avançado que intermedia a conexão entre aplicativos e o Tor.

---

2. Configurar o Privoxy

Abra o arquivo de configuração do Privoxy:

bash sudo nano /etc/privoxy/config

Navegue até a última linha (atalho: Ctrl + / depois Ctrl + V para navegar diretamente até a última linha) e insira:

bash forward-socks5 / 127.0.0.1:9050 .

Isso faz com que o Privoxy envie todo o tráfego para o Tor através da porta 9050.

Salve (CTRL + O e Enter) e feche (CTRL + X) o arquivo.

---

3. Iniciar o Tor e o Privoxy

Agora, inicie e habilite os serviços:

bash sudo systemctl start tor sudo systemctl start privoxy sudo systemctl enable tor sudo systemctl enable privoxy

Explicação:

• start: Inicia os serviços.
• enable: Faz com que iniciem automaticamente ao ligar o PC.

---

4. Configurar o Navegador Firefox

Para usar a rede Tor com o Firefox:

1. Abra o Firefox.
2. Acesse Configurações → Configurar conexão.
3. Selecione Configuração manual de proxy.
4. Configure assim:
   • Proxy HTTP: 127.0.0.1
   • Porta: 8118 (porta padrão do Privoxy)
   • Domínio SOCKS (v5): 127.0.0.1
   • Porta: 9050
5. Marque a opção "Usar este proxy também em HTTPS".
6. Clique em OK.

---

5. Verificar a Conexão com o Tor

Abra o navegador e acesse:

text https://check.torproject.org/

Se aparecer a mensagem "Congratulations. This browser is configured to use Tor.", a configuração está correta.

---

Dicas Extras

• Privoxy pode ser ajustado para bloquear anúncios e rastreadores.
• Outros aplicativos também podem ser configurados para usar o Privoxy.

@ 8ba66f4c:59175b61

Pas si vite !

Depuis quelques années, on entend souvent que PHP est "en perte de vitesse". C’est vrai que des technologies comme Node.js, Python ou Go séduisent de plus en plus de développeurs : - ➡️ performances modernes, - ➡️ syntaxe plus récente, - ➡️ intégration naturelle avec des architectures temps réel ou distribuées.

Node.js a conquis le monde startup avec un argument fort : un seul langage pour tout. Python et Go, eux, dominent la data, l’IA ou les outils systèmes.

Mais faut-il pour autant enterrer PHP ? Absolument pas. PHP reste l’un des langages les plus utilisés sur le web. Et surtout : il a su évoluer.

Avec PHP 8, le langage a gagné en performance, en typage, en lisibilité. Mais ce qui fait vraiment la différence aujourd’hui… C’est Laravel.

Laravel, c’est un framework mais aussi une expérience de développement : * ✔️ Artisan CLI * ✔️ ORM Eloquent * ✔️ Middleware, Events, Queues, Notifications * ✔️ Auth intégré * ✔️ Un écosystème ultra complet (Forge, Vapor, Nova, Filament…)

Laravel rend PHP moderne, élégant et agréable à utiliser. C’est un vrai plaisir de développer avec.

Alors oui, PHP n’est peut-être plus “cool” dans les bootcamps ou les tops GitHub. Mais dans le monde réel – celui des projets qui tournent, des deadlines, des contraintes business – PHP + Laravel reste un choix extrêmement solide.

💡 Je suis développeur Laravel, et j’accompagne des projets web qui ont besoin de robustesse, de scalabilité et de qualité de code.

📩 Si vous avez un projet ou un besoin en développement web, n’hésitez pas à me contacter. Je serais ravi d’échanger avec vous.

@ 9e69e420:d12360c2

Oregano oil is a potent natural compound that offers numerous scientifically-supported health benefits.

Active Compounds

The oil's therapeutic properties stem from its key bioactive components: - Carvacrol and thymol (primary active compounds) - Polyphenols and other antioxidant

Antimicrobial Properties

Bacterial Protection The oil demonstrates powerful antibacterial effects, even against antibiotic-resistant strains like MRSA and other harmful bacteria. Studies show it effectively inactivates various pathogenic bacteria without developing resistance.

Antifungal Effects It effectively combats fungal infections, particularly Candida-related conditions like oral thrush, athlete's foot, and nail infections.

Digestive Health Benefits

Oregano oil supports digestive wellness by: - Promoting gastric juice secretion and enzyme production - Helping treat Small Intestinal Bacterial Overgrowth (SIBO) - Managing digestive discomfort, bloating, and IBS symptoms

Anti-inflammatory and Antioxidant Effects

The oil provides significant protective benefits through: - Powerful antioxidant activity that fights free radicals - Reduction of inflammatory markers in the body - Protection against oxidative stress-related conditions

Respiratory Support

It aids respiratory health by: - Loosening mucus and phlegm - Suppressing coughs and throat irritation - Supporting overall respiratory tract function

Additional Benefits

Skin Health - Improves conditions like psoriasis, acne, and eczema - Supports wound healing through antibacterial action - Provides anti-aging benefits through antioxidant properties

Cardiovascular Health Studies show oregano oil may help: - Reduce LDL (bad) cholesterol levels - Support overall heart health

Pain Management The oil demonstrates effectiveness in: - Reducing inflammation-related pain - Managing muscle discomfort - Providing topical pain relief

Safety Note

While oregano oil is generally safe, it's highly concentrated and should be properly diluted before use Consult a healthcare provider before starting supplementation, especially if taking other medications.

@ 8ba66f4c:59175b61

HTTP, Bitcoin, Nostr… Ces protocoles ouverts n’ont rien à vendre, personne à impressionner, et surtout : pas de CEO pour trahir leurs utilisateurs.

Contrairement aux plateformes centralisées comme X (ex-Twitter), Facebook ou même certaines fintechs à la mode, un protocole ne dépend pas des décisions d’un dirigeant ou d’un conseil d’administration.

Il n’est pas motivé par la recherche de profit à court terme, ni par des objectifs de croissance déconnectés de l’intérêt de ses utilisateurs.

C’est simple : - HTTP a permis à tout le monde de publier sur le web. - Bitcoin permet à chacun de stocker et transférer de la valeur sans permission. - Nostr permet de s’exprimer, publier, zapper, sans dépendre d’une entreprise.

Et ces trois exemples ont un autre point commun : Ils sont plus susceptibles de se répandre, de rester, et de garantir la souveraineté individuelle. À l’inverse, les solutions propriétaires sont séduisantes au début : elles sont souvent bien financées, bien designées, bien marketées. Mais elles finissent toujours par imposer leur modèle : - changement des règles, - collecte ou vente des données, - monétisation agressive, - ou pure et simple fermeture du service.

Un protocole, lui, est neutre. Il ne décide pas à votre place. Il ne vous surveille pas. Il ne change pas de cap pour satisfaire ses investisseurs. C’est un terrain commun, où chacun peut construire ce qu’il veut, interopérer avec d’autres, et garder le contrôle sur ses données, sa voix, son argent.

Alors oui, adopter un protocole demande parfois un peu plus d’effort. Il faut comprendre les bases, apprendre à se servir de nouveaux outils.

Mais en échange, on gagne quelque chose de précieux : l’indépendance. Et dans un monde numérique de plus en plus cloisonné, c’est peut-être ce qui a le plus de valeur.

@ b17fccdf:b7211155

~ > Available at: https://minibolt.info

---

~> It builds on a personal computer with x86/amd64 architecture processors.

~> It is based on the popular RaspiBolt v3 guide.

---

Those are some of the most relevant changes:

• Changed OS from Raspberry Pi OS Lite (64-bits) to Ubuntu Server LTS (Long term support) 64-bit PC (AMD64).
• Changed binaries and signatures of the programs to adapt them to x86/amd64 architecture.
• Deleted unnecessary tools and steps, and added others according to this case of use.
• Some useful authentication logs and monitoring commands were added in the security section.
• Added some interesting parameters in the settings of some services to activate and take advantage of new features.
• Changed I2P, Fulcrum, and ThunderHub guides, to be part of the core guide.
• Added exclusive optimization section of services for slow devices.

---

~ > Complete release notes of the MiniBolt v1: https://github.com/twofaktor/minibolt/releases/tag/1.0.

~ > Feel free to contribute to the source code on GitHub by opening issues, pull requests or discussions.

---

Created by ⚡2 FakTor⚡

@ 378562cd:a6fc6773

Let’s be honest—living a Godly life isn’t exactly trending on social media. Nobody’s going viral for reading Leviticus, and you won’t find “Patience” or “Humility” on the list of top Google searches. But if you’re serious about walking the walk and not just talking the talk, then buckle up, because living for God is the most fulfilling (and sometimes hilarious) adventure you’ll ever embark on.

1. Know Who You’re Living For

The first step to living a Godly life? Understand who’s in charge. (Hint: It’s not you.) In a world that screams, “Follow your heart!” the Bible gently reminds us in Jeremiah 17:9 that the heart is “deceitful above all things.” Ouch. But hey, that’s why we follow Jesus instead of our feelings.

2. Read the Manual

If you buy a new gadget, you read the instructions (or at least pretend to before pressing random buttons). The Bible is God’s instruction manual for life. It tells us how to live, how to love, and—most importantly—how to avoid spiritual faceplants. Psalm 119:105 says, “Your word is a lamp to my feet and a light to my path.” In other words, don’t walk through life in the dark without God’s flashlight.

3. Pray Like Your Life Depends on It (Because It Does)

Prayer isn’t just for Sunday mornings or when you can’t find your car keys. It’s a direct line to God, and guess what? No hold music. No dropped calls. Just you and the Creator of everything having a chat. It's just as simple as it sounds. No formalities are required!

4. Surround Yourself with the Right People

You’ve probably heard, “Show me your friends, and I’ll show you your future.” Well, Proverbs 13:20 beat that saying to the punch: “Walk with the wise and become wise, for a companion of fools suffers harm.” Choose friends who push you closer to Jesus, not the ones who drag you into drama, debt, or dubious decisions some choose to call "life."

5. Live Differently (and Be Okay with It)

News flash: If you’re living for God, you won’t blend in. I know the crowd I'm talking to here. But standing up and standing out in this way is a good thing! Romans 12:2 reminds us not to conform to the pattern of this world. You might get weird looks for saying “I’m praying for you” instead of “sending good vibes,” but being a light in a dark world means you’ll stand out.

6. Learn the Art of Self-Control

Whether it’s resisting that third slice of pie (conviction level: high) or holding your tongue when that one coworker tests your patience, self-control is a major part of living a Godly life. Proverbs 25:28 says, “Like a city whose walls are broken through is a person who lacks self-control.” In other words, if you can’t control yourself, you’re as defenseless as a town with no walls.

7. Love Like Jesus (Even When It’s Hard)

Living a Godly life isn’t just about avoiding sin—it’s about actively loving others. And I’m not talking about just loving the easy people (your grandma, your dog, Chick-fil-A employees). Jesus said to love your enemies and pray for those who persecute you (Matthew 5:44). That includes difficult coworkers, annoying neighbors, and even people who drive 10 miles under the speed limit in the fast lane. Keep in mind this does not give you the green light to go on loving and accepting their sins. Loving others as Christ did doesn’t mean endorsing or accepting sin. True love speaks the truth, encourages repentance, and points others toward God’s righteousness rather than affirming choices that separate us from Him.

8. Be a Doer, Not Just a Hearer

James 1:22 says, “Do not merely listen to the word, and so deceive yourselves. Do what it says.” It’s not enough to know what’s right—you have to live it. Imagine someone memorizing a cookbook but never cooking. That’s what knowing the Bible without applying it looks like.

9. Trust God’s Timing

Patience is a virtue. (And sometimes a struggle). However, a big part of living a Godly life is trusting that God’s plan is better than ours. Isaiah 40:31 says, “Those who wait on the Lord will renew their strength.” So, instead of rushing ahead, trust that God’s got the perfect timing—even when it doesn’t match your schedule.

10. Laugh, Because Joy is Biblical

Christians aren’t called to live miserable lives. In fact, Philippians 4:4 tells us to “Rejoice in the Lord always.” Yes, life gets tough. But joy in Jesus isn’t about circumstances—it’s about knowing the One who holds it all together. So, laugh, smile, and enjoy the blessings God has given you.

Final Thoughts

Living a Godly life isn’t about perfection—it’s about direction. You’ll stumble, you’ll mess up, and you’ll occasionally say things you immediately regret. But God’s grace is bigger than our failures. Keep seeking Him, keep walking in His ways, and remember: the goal isn’t to be “good enough”—it’s to be faithful.

And if you ever feel discouraged, just remember: even Peter walked on water…until he looked down, became afraid, and started sinking. He cried out to the Lord, and Jesus immediately lifted him back up to safety. Keep your eyes on Jesus; Rely on Jesus for everything, and you’ll be just fine.

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Link to the bonus guide ~ > HERE <~

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Some notes:

ℹ️ For the moment, this guide will touch only the case of an only testnet mode situation, in the future, we will study adding the case of configuration to enable the parallel/simultaneous mode (mainnet+testnet in the same device) in an extra section in this guide.

ℹ️ The services mentioned in this guide are those that have been tested using testnet configuration and these worked fine. Later, in the next versions of this guide, we will go to adding other processes to adapt other services to the testnet mode.

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Enjoy it MiniBolter! 💙

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Bitcoin transaction fees might seem confusing, but don’t worry—I’ll break it down step by step in a simple way. 🚀

Unlike traditional bank fees, Bitcoin fees aren’t fixed. Instead, they depend on: ✔️ Transaction size (in bytes, not BTC!) ✔️ Network demand (more traffic = higher fees) ✔️ Fee rate (measured in satoshis per byte)

Let’s dive in! 👇

📌 Why Do Bitcoin Transactions Have Fees? Bitcoin miners process transactions and add them to the blockchain. Fees serve three key purposes:

🔹 Incentivize Miners – They receive fees + block rewards. 🔹 Prevent Spam – Stops the network from being flooded. 🔹 Prioritize Transactions – Higher fees = faster confirmations.

💰 How Are Bitcoin Fees Calculated? Bitcoin fees are not based on the amount of BTC you send. Instead, they depend on how much space your transaction takes up in a block.

🧩 1️⃣ Transaction Size (Bytes, Not BTC!) Bitcoin transactions vary in size (measured in bytes).

More inputs and outputs = larger transactions.

Larger transactions take up more block space, meaning higher fees.

📊 2️⃣ Fee Rate (Sats Per Byte) Fees are measured in satoshis per byte (sat/vB).

You set your own fee based on how fast you want the transaction confirmed.

When demand is high, fees rise as users compete for block space.

⚡ 3️⃣ Network Demand If the network is busy, miners prioritize transactions with higher fees.

Low-fee transactions may take hours or even days to confirm.

🔢 Example: Calculating a Bitcoin Transaction Fee Let’s say: 📦 Your transaction is 250 bytes. 💲 The current fee rate is 50 sat/vB.

Formula: 🖩 Transaction Fee = Size × Fee Rate = 250 bytes × 50 sat/vB = 12,500 satoshis (0.000125 BTC)

💡 If 1 BTC = $60,000, the fee would be: 0.000125 BTC × $60,000 = $7.50

🚀 How to Lower Bitcoin Fees? Want to save on fees? Try these tips:

🔹 Use SegWit Addresses – Reduces transaction size! 🔹 Batch Transactions – Combine multiple payments into one. 🔹 Wait for Low Traffic – Fees fluctuate based on demand. 🔹 Use the Lightning Network – Near-zero fees for small payments.

🏁 Final Thoughts Bitcoin fees aren’t fixed—they depend on transaction size, fee rate, and network demand. By understanding how fees work, you can save money and optimize your transactions!

🔍 Want real-time fee estimates? Check mempool.space for live data! 🚀