@ f1989a96:bcaaf2c1

Good morning, readers!

This week, we bring pressing news from Belarus, where the regime’s central bank is preparing to launch its central bank digital currency in close collaboration with Russia by the end of 2026. Since rigging the 2020 election, President Alexander Lukashenko has ruled through brute force and used financial repression to crush civil society and political opposition. A Central Bank Digital Currency (CBDC) in the hands of such an authoritarian leader is a recipe for greater control over all aspects of financial activity.

Meanwhile, Russia is planning to further restrict Bitcoin access for ordinary citizens. This time, the Central Bank of Russia and the Ministry of Finance announced joint plans to launch a state-regulated cryptocurrency exchange available exclusively to “super-qualified investors.” Access would be limited to those meeting previously defined thresholds of $1.2 million in assets or an annual income above $580,000. This is a blatant attempt by the Kremlin to dampen the accessibility and impact of Bitcoin for those who need it most.

In freedom tech news, we spotlight Samiz. This new tool allows users to create a Bluetooth mesh network over nostr, allowing users' messages and posts to pass through nearby devices on the network even while offline. When a post reaches someone with an Internet connection, it is broadcast across the wider network. While early in development, Mesh networks like Samiz hold the potential to disseminate information posted by activists and human rights defenders even when authoritarian regimes in countries like Pakistan, Venezuela, or Burma try to restrict communications and the Internet.

We end with a reading of our very own Financial Freedom Report #67 on the Bitcoin Audible podcast, where host Guy Swann reads the latest news on plunging currencies, CBDCs, and new Bitcoin freedom tools. We encourage our readers to give it a listen and stay tuned for future readings of HRF’s Financial Freedom Report on Bitcoin Audible. We also include an interview with HRF’s global bitcoin adoption lead, Femi Longe, who shares insights on Bitcoin’s growing role as freedom money for those who need it most.

Now, let’s see what’s in store this week!

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GLOBAL NEWS

Belarus | Launching CBDC in Late 2026

Belarus is preparing to launch its CBDC, the digital ruble, into public circulation by late 2026. Roman Golovchenko, the chairman of the National Bank of the Republic of Belarus (and former prime minister), made the regime’s intent clear: “For the state, it is very important to be able to trace how digital money moves along the entire chain.” He added that Belarus was “closely cooperating with Russia regarding the development of the CBDC.” The level of surveillance and central control that the digital ruble would embed into Belarus’s financial system would pose existential threats to what remains of civil society in the country. Since stealing the 2020 election, Belarusian President Alexander Lukashenko has ruled through sheer force, detaining over 35,000 people, labeling dissidents and journalists as “extremists,” and freezing the bank accounts of those who challenge his authority. In this context, a CBDC would not be a modern financial tool — it would be a means of instant oppression, granting the regime real-time insight into every transaction and the ability to act on it directly.

Russia | Proposes Digital Asset Exchange Exclusively for Wealthy Investors

A month after proposing a framework that would restrict the trading of Bitcoin to only the country’s wealthiest individuals (Russians with over $1.2 million in assets or an annual income above $580,000), Russia’s Ministry of Finance and Central Bank have announced plans to launch a government-regulated cryptocurrency exchange available exclusively to “super-qualified investors.” Under the plan, only citizens meeting the previously stated wealth and income thresholds (which may be subject to change) would be allowed to trade digital assets on the platform. This would further entrench financial privilege for Russian oligarchs while cutting ordinary Russians off from alternative financial tools and the financial freedom they offer. Finance Minister Anton Siluanov claims this will bring digital asset operations “out of the shadows,” but in reality, it suppresses grassroots financial autonomy while exerting state control over who can access freedom money.

Cuba | Ecash Brings Offline Bitcoin Payments to Island Nation in the Dark

As daily blackouts and internet outages continue across Cuba, a new development is helping Cubans achieve financial freedom: Cashu ecash. Cashu is an ecash protocol — a form of digital cash backed by Bitcoin that enables private, everyday payments that can also be done offline — a powerful feature for Cubans experiencing up to 20-hour daily blackouts. However, ecash users must trust mints (servers operated by individuals or groups that issue and redeem ecash tokens) not to disappear with user funds. To leverage this freedom tech to its fullest, the Cuban Bitcoin community launched its own ecash mint, mint.cubabitcoin.org. This minimizes trust requirements for Cubans to transact with ecash and increases its accessibility by running the mint locally. Cuba Bitcoin also released a dedicated ecash resource page, helping expand accessibility to freedom through financial education. For an island nation where the currency has lost more than 90% of its value, citizens remain locked out of their savings, and remittances are often hijacked by the regime, tools like ecash empower Cubans to preserve their financial privacy, exchange value freely, and resist the financial repression that has left so many impoverished.

Zambia | Introduces Cyber Law to Track and Intercept Digital Communications

Zambia’s government passed two new cyber laws granting officials sweeping powers to track and intercept digital communications while increasing surveillance over Zambians' online activity. Officials insist it will help combat cybercrime. Really, it gives the president absolute control over the direction of a new surveillance agency — a powerful tool to crush dissent. This follows earlier plans to restrict the use of foreign currency in the economy to fight inflation, which effectively trapped Zambians in a financial system centered around the volatile “kwacha” currency (which reached a record low earlier this year with inflation above 16%). For activists, journalists, and everyday Zambians, the new laws over online activity threaten the ability to organize and speak freely while potentially hampering access to freedom tech.

India | Central Bank Deputy Governor Praises CBDC Capabilities

At the Bharat Inclusion Summit in Bengaluru, India, the deputy governor of the Reserve Bank of India (RBI), Rabi Sankar, declared, “I have so far not seen any use case that potentially can solve the problem of cross-border money transfer; only CBDC has the ability to solve it.” Yet — seemingly unbeknownst to Sankar, Bitcoin has served as an effective remittance tool for more than a decade at low cost, fast speed, and with no central point of control. Sankar’s remarks follow a growing push to normalize state-controlled, surveillance-based digital money as a natural progression of currency. The RBI’s digital rupee CBDC, currently in pilot phase, is quickly growing into one of the most advanced CBDCs on the planet. It is being embedded into the government’s UPI payment system and offered through existing financial institutions and platforms. Decentralized alternatives like Bitcoin can achieve financial inclusion and payment efficiency too — but without sacrificing privacy, autonomy, or basic rights over to the state.

Tanzania | Opposition Party Excluded From Election Amid Financial Repression

Last week, the Tanzanian regime banned the use of foreign currency in transactions, leaving Tanzanians to rely solely on the rapidly depreciating Tanzanian shilling. Now, Tanzania's ruling party has taken a decisive step to eliminate political opposition ahead of October’s general elections by barring the CHADEMA party from participation under the pretense of treason against their party leader, Tundu Lissu. Law enforcement arrested Lissu at a public rally where he was calling for electoral reforms. This political repression is not happening in isolation. Last year, the Tanzanian regime blocked access to X, detained hundreds of opposition members, and disappeared dissidents. These developments suggest a broader strategy to silence criticism and electoral competition through arrests, censorship, and economic coercion.

BITCOIN AND FREEDOM TECH NEWS

Samiz | Create a Bluetooth Mesh Network with Nostr

Samiz, an app for creating a Bluetooth mesh network over nostr, is officially available for testing. Mesh networks, where interconnected computers relay data to one another, can provide offline access to nostr if enough users participate. For example, when an individual is offline but has Samiz enabled, their device can connect to other nearby devices through Bluetooth, allowing nostr messages to hop locally from phone to phone until reaching someone with internet access, who can then broadcast the message to the wider nostr network. Mesh networks like this hold powerful implications for activists and communities facing censorship, Internet shutdowns, or surveillance. In places with restricted finances and organization, Samiz, while early in development, can potentially offer a way to distribute information through nostr without relying on infrastructure that authoritarian regimes can shut down.

Spark | New Bitcoin Payments Protocol Now Live

Lightspark, a company building on the Bitcoin Lightning Network, officially released Spark, a new payment protocol built on Bitcoin to make transactions faster, cheaper, and more privacy-protecting. Spark leverages a technology called statechains to enable self-custodial and off-chain Bitcoin transactions for users by transferring the private keys associated with their bitcoin rather than signing and sending a transaction with said keys. Spark also supports stablecoins (digital tokens pegged to fiat currency) and allows users to receive payments while offline. While these are promising developments, in its current state, Spark is not completely trustless; therefore, it is advisable only to hold a small balance of funds on the protocol as this new payment technology gets off the ground. You can learn more about Spark here.

Boltz | Now Supports Nostr Zaps

Boltz, a non-custodial bridge for swapping between different Bitcoin layers, released a new feature called Zap Swaps, enabling users to make Lightning payments as low as 21 satoshis (small units of bitcoin). This feature enables bitcoin microtransactions like nostr zaps, which are use cases that previously required workaround solutions. With the release, users of Boltz-powered Bitcoin wallets like Misty Breez can now leverage their wallets for zaps on nostr. These small, uncensorable bitcoin payments are a powerful tool for supporting activists, journalists, and dissidents — offering a permissionless way to support free speech and financial freedom worldwide. HRF is pleased to see this past HRF grantee add support for the latest freedom tech features.

Coinswap | Adds Support for Coin Selection

Coinswap, an in-development protocol that enables users to privately swap Bitcoin with one another, added support for coin selection, boosting the protocol’s privacy capabilities. Coin selection allows Bitcoin users to choose which of their unspent transaction outputs (UTXOs) to spend, giving them granular control over their transactions and the information they choose to reveal. For activists, journalists, and anyone operating under financial surveillance and repression, this addition (when fully implemented and released) can strengthen Bitcoin’s ability to resist censorship and protect human rights. HRF’s first Bitcoin Development Fund (BDF) grant was to Coinswap, and we are glad to see the continued development of the protocol.

bitcoin++ | Upcoming Bitcoin Developer Conference

The next bitcoin++ conference, a global, bitcoin-only developer series organized by Bitcoin educator Lisa Neigut, will occur in Austin, Texas, from May 7 to 9, 2025. A diverse group of privacy advocates, developers, and freedom tech enthusiasts will convene to learn about the mempool (the queue of pending and unconfirmed transactions in a Bitcoin node). Attendees will learn how Bitcoin transactions are sorted into blocks, mempool policies, and how transactions move through time and space to reach the next block. These events offer an incredible opportunity to connect with the technical Bitcoin community, who are ultimately many of the figures building the freedom tools that are helping individuals preserve their rights and freedoms in the face of censorship. Get your tickets here.

OpenSats | Announces 11th Wave of Nostr Grants

OpenSats, a nonprofit organization supporting open-source software and projects, announced its 11th round of grants for nostr, a decentralized protocol that enables uncensorable communications. Two projects stand out for their potential impact on financial freedom and activism: HAMSTR, which enables nostr messaging over ham radio that keeps information and payments flowing in off-grid or censored environments, and Nostr Double Ratchet, which brings end-to-end encrypted private messaging to nostr clients, safeguarding activists from surveillance. These tools help dissidents stay connected, coordinate securely, and transact privately, making them powerful assets for those resisting authoritarian control. Read the full list of grants here.

Bitcoin Design Community | Organizes Designathon for Open-Source UX Designers

The Bitcoin Design Community is hosting its next Designathon between May 4 and 18, 2025, inviting designers of all levels and backgrounds to creatively explore ideas to advance Bitcoin’s user experience and interface. Unlike traditional hackathons, this event centers specifically on design, encouraging open collaboration on projects that improve usability, accessibility, and innovation in open-source Bitcoin tools. Participants can earn monetary prizes, rewards, and recognition for their work. Anyone can join or start a project. Learn more here.

RECOMMENDED CONTENT

Plunging Currencies, CBDCs, and New Bitcoin Freedom Tools with Guy Swann

In this reading on the Bitcoin Audible podcast, host Guy Swan reads HRF’s Financial Freedom Report #67, offering listeners a front-row view into the latest developments in financial repression and resistance. He unpacks how collapsing currencies, rising inflation, and CBDC rollouts tighten state control in Turkey, Russia, and Nigeria. But he also highlights the tools for pushing back, from the first Stratum V2 mining pool to Cashu’s new Tap-to-Pay ecash feature. If you’re a reader of the Financial Freedom Report, we encourage you to check out the Bitcoin Audible podcast, where Guy Swan will be doing monthly readings of our newsletter. Listen to the full recording here.

Bitcoin Beyond Capital: Freedom Money for the Global South with Femi Longe

In this interview at the 2025 MIT Bitcoin Expo, journalist Frank Corva speaks with Femi Longe, HRF’s global bitcoin lead, who shares insights on Bitcoin’s growing role as freedom money for those living under authoritarian regimes. The conversation highlights the importance of building Bitcoin solutions that center on the specific problems faced by communities rather than the technology itself. Longe commends projects like Tando in Kenya and Bit.Spenda in Ghana, which integrate Bitcoin and Lightning into familiar financial channels, making Bitcoin more practical and accessible for everyday payments and saving. You can watch the interview here and catch the livestreams of the full 2025 MIT Bitcoin Expo here.

If this article was forwarded to you and you enjoyed reading it, please consider subscribing to the Financial Freedom Report here.

Support the newsletter by donating bitcoin to HRF’s Financial Freedom program via BTCPay.\ Want to contribute to the newsletter? Submit tips, stories, news, and ideas by emailing us at ffreport @ hrf.org

The Bitcoin Development Fund (BDF) is accepting grant proposals on an ongoing basis. The Bitcoin Development Fund is looking to support Bitcoin developers, community builders, and educators. Submit proposals here.

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@ c0c42bba:a5feb7b5

Hey guy this is my first note on nostr and I'm glad we have something like this now. I've been a Substack writer for a couple of years now and I'm so excited to jump on this and I can't wait for the many things I can do with this

please show your support

@ d9a329af:bef580d7

To be clear, this is 100% my subjective opinion on the alternatives to popular music, as it has become practically a formula of witchcraft, pseudoscience and mysticism. There is nothing you can do to get me to listen to pop music from the late 2010's to now. I could certainly listen to almost anything... just not modern pop, which is now completely backwards.

Most examples of compositions for these genres will be my own, unless otherwise stated. The genres on this list are in no particular order, though my favorite of which will be first: 1. Bossa Nova

Bossa Nova is a subgenre of jazz from Brazil, created in the 1950's as a mix of standard jazz and samba rhythms in a more gentle and relaxing manner. This genre's most famous songs are Tom Jobim's The Girl from Ipanema (found in albums like Getz/Gilberto), Wave, and even Triste. Most of the music is written in 2/4 time signature, and any key is almost acceptable. It's called Afro-Brazilian Jazz for a reason after all. I have a ton of compositions I produced, from Forget and Regret, to Rabbit Theory, Beaches of Gensokyo Past, Waveside, and even Willows of Ice to name a few of them.

1. Metal

This is an umbrella term for many subgenres of this fork of hard rock, with more distorted guitars, speedy and technical writing, vocals that sound demonic (some subgenres don't have that), or sometimes, chaotic lyrics and downright nasty ones if you look deep enough. If you want to get into it, just make sure it's not Black Metal (it's weird), Blackened Metal (Any subgenre of metal that's been inserted with elements of Black Metal), Metalcore, or any other genre that has vocals that aren't the best to hear (these are vocal fries that are really good if you're into the weird demonic sounds). This isn't for the faint of heart. Instrumental metal is good though, and an example is my composition from Touhou Igousaken called A Sly Foxy Liar if you want to know what techincal groove metal is like at a glance.

1. Touhou-style

I can attest to this one, as I produced bossa nova with a Touhou-like writing style. Touhou Project is a series of action video games created by one guy (Jun'ya Outa, a.k.a. ZUN), and are usually bullet curtain games in the main franchise, with some official spinoffs that are also action games (fighting games like Touhou 12.3 ~ Hisoutensoku). What I'm referring to here is music written by ZUN himself (He does almost everything for Touhou Project, and he's really good at it), or fans that write to his style with their own flair. I did this once with my composition, Toiled Bubble, which is from my self-titled EP. I probably wouldn't do much with it to be fair, and stick to bossa nova (my main genre if you couldn't tell).

1. Hip-Hop/Rap

This can get subjective here, but old-school rap and hip-hop... give me more of it. Before it became corrupted with all kinds of immoral things, hip-hop and rap were actually very good for their time. These were new, innovative and creative with how lyrics were written. Nowadays, while we're talking about cars, unspeakable acts, money, and just being dirtbags, artists in this genre back then were much classier than that. I fit in the latter category with my piece entitled, Don't Think, Just Roast, where I called out antis for a Vtuber agency who wanted to give its talent a hard time. It didn't get much traction on YouTube, because I'm not a well-known artist (I'm considered a nobody in the grand scheme of things. I'd like to get it fixed, but I don't want a record deal... I'd have to become a Pharisee or a Jesuit for that).

1. Synthwave

This is a genre of electronic music focused on 80's and 90's synths being used to carry a composition. Nowadays, we have plugins like Vital, Serum, Surge and others to create sounds we would otherwise be hearing on an 80's or 90's keyboard. An example of this is my composition, Wrenched Torque, which was composed for a promotion I did with RAES when he released his Vital synth pack.

More are to come in future installments of this series, and I will adjust the title of this one accordingly if y'all have any ideas of genres I should look into.

@ c9badfea:610f861a

1. Install Image Toolbox (it's free and open source)
2. Launch the app and navigate to the Tools tab
3. Choose Cipher from the tool list
4. Pick any file from your device storage
5. Keep Encryption toggle selected
6. Enter a password in the Key field
7. Keep default AES/GCM/NoPadding algorithm
8. Tap the Encrypt button and save your encrypted file
9. If you want to decrypt the file just repeat the previous steps but choose Decryption instead of Encryption in step 5

@ 3c389c8f:7a2eff7f

Sharing a Note on Nostr:

🔁Yeah, it probably seems obvious. No need to dwell for long, but this is another function that goes by half a dozen different names. Repost, renote, retweet, boost, bump, the ubiquitous little repeat button... It's all the same. It doesn't matter what its called, the feature lets you push notes you may find valuable, to the people who follow you. Additionally you also have the "Quote" option if you would like to add your own remarks or context. Both of these features are supported by most Nostr microblogging clients and some specialty clients, though some have chosen to exclude one or the other to adhere to a set of guiding principles aimed at helping users to enjoy a healthier social media experience.

Similar to a quote, you also have the option to copy NoteIDs to paste in other places. They will look like: nevent..., naddr..., or some other possibly foreign looking string prefixed with 'n' and in some cases the may be preceded by 'nostr:'. These are handy when you'd like to use a note for some other purpose beyond a quote. Perhaps you would like to quote it in a Nostr article or blog entry, or you would like to create a note focusing on a series of notes. Many clients offer easy access to these handy nostr links. If you're finding that the one you are using, does not, then simply hop to another. This is one of the amazing yet simple uses of Nostr's unique identity and contact list ownership.

Sharing Note and Profile Links Off of Nostr:

This is where things get really interesting. If you try to send these 'n' prefixed Nostr links to someone, they will receive that random string and have no clue what to do with it. To solve this, some clever minds came up with njump.me. Just visit that URL and tack your 'n' prefixed event to the end, and boom! you have a link you can send to anyone. Many apps have integrated this feature into their interface to make it easy and convenient to send awesome Nostr content to anyone anywhere, and they can choose which Nostr app they want to use to engage with it right in the landing. Some Nostr clients have traditional link sharing, as well, so you can share links right to the app that you use.

Helping Your Friends to Get Started:

We've touched on this a lot in previous posts but in case you missed it: nstart.me hubstr.org nosta.me These are all great options to onboarding your friends in a way that allows for them to explore Nostr right out of the gate. You always have the option of creating a keypair in nearly every app around, too. This is easier for some people, depending on how much they want to learn right away, or how they may be using Nostr.

There's some cool new tools coming out to help even more with getting your friends set up to use Nostr to its fullest capacity. Follow packs, trust attestations, and suggested app packs are all things we look forward to diving into more deeply in the near future. Please keep an eye out if your interested in reading the Spatia Nostra

@ a008def1:57a3564d

A Vision for #GitViaNostr

Git has long been the standard for version control in software development, but over time, we has lost its distributed nature. Originally, Git used open, permissionless email for collaboration, which worked well at scale. However, the rise of GitHub and its centralized pull request (PR) model has shifted the landscape.

Now, we have the opportunity to revive Git's permissionless and distributed nature through Nostr!

We’ve developed tools to facilitate Git collaboration via Nostr, but there are still significant friction that prevents widespread adoption. This article outlines a vision for how we can reduce those barriers and encourage more repositories to embrace this approach.

First, we’ll review our progress so far. Then, we’ll propose a guiding philosophy for our next steps. Finally, we’ll discuss a vision to tackle specific challenges, mainly relating to the role of the Git server and CI/CD.

I am the lead maintainer of ngit and gitworkshop.dev, and I’ve been fortunate to work full-time on this initiative for the past two years, thanks to an OpenSats grant.

How Far We’ve Come

The aim of #GitViaNostr is to liberate discussions around code collaboration from permissioned walled gardens. At the core of this collaboration is the process of proposing and applying changes. That's what we focused on first.

Since Nostr shares characteristics with email, and with NIP34, we’ve adopted similar primitives to those used in the patches-over-email workflow. This is because of their simplicity and that they don’t require contributors to host anything, which adds reliability and makes participation more accessible.

However, the fork-branch-PR-merge workflow is the only model many developers have known, and changing established workflows can be challenging. To address this, we developed a new workflow that balances familiarity, user experience, and alignment with the Nostr protocol: the branch-PR-merge model.

This model is implemented in ngit, which includes a Git plugin that allows users to engage without needing to learn new commands. Additionally, gitworkshop.dev offers a GitHub-like interface for interacting with PRs and issues. We encourage you to try them out using the quick start guide and share your feedback. You can also explore PRs and issues with gitplaza.

For those who prefer the patches-over-email workflow, you can still use that approach with Nostr through gitstr or the ngit send and ngit list commands, and explore patches with patch34.

The tools are now available to support the core collaboration challenge, but we are still at the beginning of the adoption curve.

Before we dive into the challenges—such as why the Git server setup can be jarring and the possibilities surrounding CI/CD—let’s take a moment to reflect on how we should approach the challenges ahead of us.

Philosophy

Here are some foundational principles I shared a few years ago:

• Let Git be Git
• Let Nostr be Nostr
• Learn from the successes of others

I’d like to add one more:

• Embrace anarchy and resist monolithic development.

Micro Clients FTW

Nostr celebrates simplicity, and we should strive to maintain that. Monolithic developments often lead to unnecessary complexity. Projects like gitworkshop.dev, which aim to cover various aspects of the code collaboration experience, should not stifle innovation.

Just yesterday, the launch of following.space demonstrated how vibe-coded micro clients can make a significant impact. They can be valuable on their own, shape the ecosystem, and help push large and widely used clients to implement features and ideas.

The primitives in NIP34 are straightforward, and if there are any barriers preventing the vibe-coding of a #GitViaNostr app in an afternoon, we should work to eliminate them.

Micro clients should lead the way and explore new workflows, experiences, and models of thinking.

Take kanbanstr.com. It provides excellent project management and organization features that work seamlessly with NIP34 primitives.

From kanban to code snippets, from CI/CD runners to SatShoot—may a thousand flowers bloom, and a thousand more after them.

Friction and Challenges

The Git Server

In #GitViaNostr, maintainers' branches (e.g., master) are hosted on a Git server. Here’s why this approach is beneficial:

• Follows the original Git vision and the "let Git be Git" philosophy.
• Super efficient, battle-tested, and compatible with all the ways people use Git (e.g., LFS, shallow cloning).
• Maintains compatibility with related systems without the need for plugins (e.g., for build and deployment).
• Only repository maintainers need write access.

In the original Git model, all users would need to add the Git server as a 'git remote.' However, with ngit, the Git server is hidden behind a Nostr remote, which enables:

• Hiding complexity from contributors and users, so that only maintainers need to know about the Git server component to start using #GitViaNostr.
• Maintainers can easily swap Git servers by updating their announcement event, allowing contributors/users using ngit to automatically switch to the new one.

Challenges with the Git Server

While the Git server model has its advantages, it also presents several challenges:

1. Initial Setup: When creating a new repository, maintainers must select a Git server, which can be a jarring experience. Most options come with bloated social collaboration features tied to a centralized PR model, often difficult or impossible to disable.

2. Manual Configuration: New repositories require manual configuration, including adding new maintainers through a browser UI, which can be cumbersome and time-consuming.

3. User Onboarding: Many Git servers require email sign-up or KYC (Know Your Customer) processes, which can be a significant turn-off for new users exploring a decentralized and permissionless alternative to GitHub.

Once the initial setup is complete, the system works well if a reliable Git server is chosen. However, this is a significant "if," as we have become accustomed to the excellent uptime and reliability of GitHub. Even professionally run alternatives like Codeberg can experience downtime, which is frustrating when CI/CD and deployment processes are affected. This problem is exacerbated when self-hosting.

Currently, most repositories on Nostr rely on GitHub as the Git server. While maintainers can change servers without disrupting their contributors, this reliance on a centralized service is not the decentralized dream we aspire to achieve.

Vision for the Git Server

The goal is to transform the Git server from a single point of truth and failure into a component similar to a Nostr relay.

Functionality Already in ngit to Support This

1. State on Nostr: Store the state of branches and tags in a Nostr event, removing reliance on a single server. This validates that the data received has been signed by the maintainer, significantly reducing the trust requirement.

2. Proxy to Multiple Git Servers: Proxy requests to all servers listed in the announcement event, adding redundancy and eliminating the need for any one server to match GitHub's reliability.

Implementation Requirements

To achieve this vision, the Nostr Git server implementation should:

1. Implement the Git Smart HTTP Protocol without authentication (no SSH) and only accept pushes if the reference tip matches the latest state event.

2. Avoid Bloat: There should be no user authentication, no database, no web UI, and no unnecessary features.

3. Automatic Repository Management: Accept or reject new repositories automatically upon the first push based on the content of the repository announcement event referenced in the URL path and its author.

Just as there are many free, paid, and self-hosted relays, there will be a variety of free, zero-step signup options, as well as self-hosted and paid solutions.

Some servers may use a Web of Trust (WoT) to filter out spam, while others might impose bandwidth or repository size limits for free tiers or whitelist specific npubs.

Additionally, some implementations could bundle relay and blossom server functionalities to unify the provision of repository data into a single service. These would likely only accept content related to the stored repositories rather than general social nostr content.

The potential role of CI / CD via nostr DVMs could create the incentives for a market of highly reliable free at the point of use git servers.

This could make onboarding #GitViaNostr repositories as easy as entering a name and selecting from a multi-select list of Git server providers that announce via NIP89.

!(image)[https://image.nostr.build/badedc822995eb18b6d3c4bff0743b12b2e5ac018845ba498ce4aab0727caf6c.jpg]

Git Client in the Browser

Currently, many tasks are performed on a Git server web UI, such as:

• Browsing code, commits, branches, tags, etc.
• Creating and displaying permalinks to specific lines in commits.
• Merging PRs.
• Making small commits and PRs on-the-fly.

Just as nobody goes to the web UI of a relay (e.g., nos.lol) to interact with notes, nobody should need to go to a Git server to interact with repositories. We use the Nostr protocol to interact with Nostr relays, and we should use the Git protocol to interact with Git servers. This situation has evolved due to the centralization of Git servers. Instead of being restricted to the view and experience designed by the server operator, users should be able to choose the user experience that works best for them from a range of clients. To facilitate this, we need a library that lowers the barrier to entry for creating these experiences. This library should not require a full clone of every repository and should not depend on proprietary APIs. As a starting point, I propose wrapping the WASM-compiled gitlib2 library for the web and creating useful functions, such as showing a file, which utilizes clever flags to minimize bandwidth usage (e.g., shallow clone, noblob, etc.).

This approach would not only enhance clients like gitworkshop.dev but also bring forth a vision where Git servers simply run the Git protocol, making vibe coding Git experiences even better.

song

nostr:npub180cvv07tjdrrgpa0j7j7tmnyl2yr6yr7l8j4s3evf6u64th6gkwsyjh6w6 created song with a complementary vision that has shaped how I see the role of the git server. Its a self-hosted, nostr-permissioned git server with a relay baked in. Its currently a WIP and there are some compatability with ngit that we need to work out.

We collaborated on the nostr-permissioning approach now reflected in nip34.

I'm really excited to see how this space evolves.

CI/CD

Most projects require CI/CD, and while this is often bundled with Git hosting solutions, it is currently not smoothly integrated into #GitViaNostr yet. There are many loosely coupled options, such as Jenkins, Travis, CircleCI, etc., that could be integrated with Nostr.

However, the more exciting prospect is to use DVMs (Data Vending Machines).

DVMs for CI/CD

Nostr Data Vending Machines (DVMs) can provide a marketplace of CI/CD task runners with Cashu for micro payments.

There are various trust levels in CI/CD tasks:

• Tasks with no secrets eg. tests.
• Tasks using updatable secrets eg. API keys.
• Unverifiable builds and steps that sign with Android, Nostr, or PGP keys.

DVMs allow tasks to be kicked off with specific providers using a Cashu token as payment.

It might be suitable for some high-compute and easily verifiable tasks to be run by the cheapest available providers. Medium trust tasks could be run by providers with a good reputation, while high trust tasks could be run on self-hosted runners.

Job requests, status, and results all get published to Nostr for display in Git-focused Nostr clients.

Jobs could be triggered manually, or self-hosted runners could be configured to watch a Nostr repository and kick off jobs using their own runners without payment.

But I'm most excited about the prospect of Watcher Agents.

CI/CD Watcher Agents

AI agents empowered with a NIP60 Cashu wallet can run tasks based on activity, such as a push to master or a new PR, using the most suitable available DVM runner that meets the user's criteria. To keep them running, anyone could top up their NIP60 Cashu wallet; otherwise, the watcher turns off when the funds run out. It could be users, maintainers, or anyone interested in helping the project who could top up the Watcher Agent's balance.

As aluded to earlier, part of building a reputation as a CI/CD provider could involve running reliable hosting (Git server, relay, and blossom server) for all FOSS Nostr Git repositories.

This provides a sustainable revenue model for hosting providers and creates incentives for many free-at-the-point-of-use hosting providers. This, in turn, would allow one-click Nostr repository creation workflows, instantly hosted by many different providers.

Progress to Date

nostr:npub1hw6amg8p24ne08c9gdq8hhpqx0t0pwanpae9z25crn7m9uy7yarse465gr and nostr:npub16ux4qzg4qjue95vr3q327fzata4n594c9kgh4jmeyn80v8k54nhqg6lra7 have been working on a runner that uses GitHub Actions YAML syntax (using act) for the dvm-cicd-runner and takes Cashu payment. You can see example runs on GitWorkshop. It currently takes testnuts, doesn't give any change, and the schema will likely change.

Note: The actions tab on GitWorkshop is currently available on all repositories if you turn on experimental mode (under settings in the user menu).

It's a work in progress, and we expect the format and schema to evolve.

Easy Web App Deployment

For those disapointed not to find a 'Nostr' button to import a git repository to Vercel menu: take heart, they made it easy. vercel.com_import_options.png there is a vercel cli that can be easily called in CI / CD jobs to kick of deployments. Not all managed solutions for web app deployment (eg. netlify) make it that easy.

Many More Opportunities

Large Patches via Blossom

I would be remiss not to mention the large patch problem. Some patches are too big to fit into Nostr events. Blossom is perfect for this, as it allows these larger patches to be included in a blossom file and referenced in a new patch kind.

Enhancing the #GitViaNostr Experience

Beyond the large patch issue, there are numerous opportunities to enhance the #GitViaNostr ecosystem. We can focus on improving browsing, discovery, social and notifications. Receiving notifications on daily driver Nostr apps is one of the killer features of Nostr. However, we must ensure that Git-related notifications are easily reviewable, so we don’t miss any critical updates.

We need to develop tools that cater to our curiosity—tools that enable us to discover and follow projects, engage in discussions that pique our interest, and stay informed about developments relevant to our work.

Additionally, we should not overlook the importance of robust search capabilities and tools that facilitate migrations.

Concluding Thoughts

The design space is vast. Its an exciting time to be working on freedom tech. I encourage everyone to contribute their ideas and creativity and get vibe-coding!

I welcome your honest feedback on this vision and any suggestions you might have. Your insights are invaluable as we collaborate to shape the future of #GitViaNostr. Onward.

Contributions

To conclude, I want to acknowledge some the individuals who have made recent code contributions related to #GitViaNostr:

nostr:npub180cvv07tjdrrgpa0j7j7tmnyl2yr6yr7l8j4s3evf6u64th6gkwsyjh6w6 (gitstr, song, patch34), nostr:npub1useke4f9maul5nf67dj0m9sq6jcsmnjzzk4ycvldwl4qss35fvgqjdk5ks (gitplaza)

nostr:npub1elta7cneng3w8p9y4dw633qzdjr4kyvaparuyuttyrx6e8xp7xnq32cume (ngit contributions, git-remote-blossom),nostr:npub16p8v7varqwjes5hak6q7mz6pygqm4pwc6gve4mrned3xs8tz42gq7kfhdw (SatShoot, Flotilla-Budabit), nostr:npub1ehhfg09mr8z34wz85ek46a6rww4f7c7jsujxhdvmpqnl5hnrwsqq2szjqv (Flotilla-Budabit, Nostr Git Extension), nostr:npub1ahaz04ya9tehace3uy39hdhdryfvdkve9qdndkqp3tvehs6h8s5slq45hy (gnostr and experiments), and others.

nostr:npub1uplxcy63up7gx7cladkrvfqh834n7ylyp46l3e8t660l7peec8rsd2sfek (git-remote-nostr)

Project Management nostr:npub1ltx67888tz7lqnxlrg06x234vjnq349tcfyp52r0lstclp548mcqnuz40t (kanbanstr) Code Snippets nostr:npub1ygzj9skr9val9yqxkf67yf9jshtyhvvl0x76jp5er09nsc0p3j6qr260k2 (nodebin.io) nostr:npub1r0rs5q2gk0e3dk3nlc7gnu378ec6cnlenqp8a3cjhyzu6f8k5sgs4sq9ac (snipsnip.dev)

CI / CD nostr:npub16ux4qzg4qjue95vr3q327fzata4n594c9kgh4jmeyn80v8k54nhqg6lra7 nostr:npub1hw6amg8p24ne08c9gdq8hhpqx0t0pwanpae9z25crn7m9uy7yarse465gr

and for their nostr:npub1c03rad0r6q833vh57kyd3ndu2jry30nkr0wepqfpsm05vq7he25slryrnw nostr:npub1qqqqqq2stely3ynsgm5mh2nj3v0nk5gjyl3zqrzh34hxhvx806usxmln03 and nostr:npub1l5sga6xg72phsz5422ykujprejwud075ggrr3z2hwyrfgr7eylqstegx9z for their testing, feedback, ideas and encouragement.

Thank you for your support and collaboration! Let me know if I've missed you.

@ c230edd3:8ad4a712

Chef's notes

I found this recipe on beyondsweetandsavory.com. The site is incredibly ad infested (like most recipe sites) and its very annoying so I'm copying it to Nostr so all the homemade ice cream people can access it without dealing with that mess. I haven't made it yet. Will report back, when I do.

Details

• ⏲️ Prep time: 20 min
• 🍳 Cook time: 55 min
• 🍽️ Servings: 8

Ingredients

• 2 cups heavy cream
• 1 cup 2% milk
• 8 oz dark chocolate, 70%
• ¼ cup Dutch cocoa
• 2 tbsps loose Earl grey tea leaves
• 4 medium egg yolks
• ¾ cup granulated sugar
• ⅛ tsp salt
• ¼ cup dark chocolate, 70% chopped

Directions

1. In a double boiler or a bowl set over a saucepan of simmering water, add the cacao solids and ½ cup of heavy cream. Stir chocolate until melted and smooth. Set melted chocolate aside.
2. In a heavy saucepan, combine remaining heavy cream, milk, salt and ½ cup of sugar.
3. Put the pan over medium heat and let the mixture boil gently to bubbling just around the edges (gentle simmer) and sugar completely dissolved, about 5 minutes. Remove from heat.
4. Add the Earl Grey tea leaves and let it steep for 7-8 minutes until the cream has taken on the tea flavor, stirring occasionally and tasting to make sure it’s not too bitter.
5. Whisk in Dutch cocoa until smooth. Add in melted chocolate and whisk until smooth.
6. In a medium heatproof bowl, whisk the yolks just to break them up and whisk in remaining sugar. Set aside.
7. Put the saucepan back on the stove over low heat and let it warm up for 2 minutes.
8. Carefully measure out ½ cup of hot cream mixture.
9. While whisking the eggs constantly, whisk the hot cream mixture into the eggs until smooth. Continue tempering the eggs by adding another ½ cup of hot cream to the bowl with the yolks.
10. Pour the cream-egg mixture back to the saucepan and cook over medium-low heat, stirring constantly until it is thickened and coats the back of a spatula, about 5 minutes.
11. Strain the base through a fine-mesh strainer into a clean container.
12. Pour the mixture into a 1-gallon Ziplock freezer bag and submerge the sealed bag in an ice bath until cold, about 30 minutes. Refrigerate the ice cream base for at least 4 hours or overnight.
13. Pour the ice cream base into the frozen canister of your ice cream machine and follow the manufacturer’s instructions.
14. Spin until thick and creamy about 25-30 minutes.
15. Pack the ice cream into a storage container, press a sheet of parchment directly against the surface and seal with an airtight lid. Freeze in the coldest part of your freezer until firm, at least 4 hours.
16. When ready to serve, scoop the ice cream into a serving bowl and top with chopped chocolate.

@ 1739d937:3e3136ef

MLS over Nostr - 30th April 2025

YO! Exciting stuff in this update so no intro, let's get straight into it.

🚢 Libraries Released

I've created 4 new Rust crates to make implementing NIP-EE (MLS) messaging easy for other projects. These are now part of the rust-nostr project (thanks nostr:npub1drvpzev3syqt0kjrls50050uzf25gehpz9vgdw08hvex7e0vgfeq0eseet) but aren't quite released to crates.io yet. They will be included in the next release of that library. My hope is that these libraries will give nostr developers a simple, safe, and specification-compliant way to work with MLS messaging in their applications.

Here's a quick overview of each:

nostr_mls_storage

One of the challenges of using MLS messaging is that clients have to store quite a lot of state about groups, keys, and messages. Initially, I implemented all of this in White Noise but knew that eventually this would need to be done in a more generalized way.

This crate defines traits and types that are used by the storage implementation crates and sets those up to wrap the OpenMLS storage layer. Now, instead of apps having to implement storage for both OpenMLS and Nostr, you simply pick your storage backend and go from there.

Importantly, because these are generic traits, it allows for the creation of any number of storage implementations for different backend storage providers; postgres, lmdb, nostrdb, etc. To start I've created two implementations; detailed below.

nostr_mls_memory_storage

This is a simple implementation of the nostr_mls_storage traits that uses an in-memory store (that doesn't persist anything to disc). This is principally for testing.

nostr_mls_sqlite_storage

This is a production ready implementation of the nostr_mls_storage traits that uses a persistent local sqlite database to store all data.

nostr_mls

This is the main library that app developers will interact with. Once you've chose a backend and instantiated an instance of NostrMls you can then interact with a simple set of methods to create key packages, create groups, send messages, process welcomes and messages, and more.

If you want to see a complete example of what the interface looks like check out mls_memory.rs.

I'll continue to add to this library over time as I implement more of the MLS protocol features.

🚧 White Noise Refactor

As a result of these new libraries, I was able to remove a huge amount of code from White Noise and refactor large parts of the app to make the codebase easier to understand and maintain. Because of this large refactor and the changes in the underlying storage layer, if you've installed White Noise before you'll need to delete it from your device before you trying to install again.

🖼️ Encrypted Media with Blossom

Let's be honest: Group chat would be basically useless if you couldn't share memes and gifs. Well, now you can in White Noise. Media in groups is encrypted using an MLS secret and uploaded to Blossom with a one-time use keypair. This gives groups a way to have rich conversations with images and documents and anything else while also maintaining the privacy and security of the conversation.

This is still in a rough state but rendering improvements are coming next.

📱 Damn Mobile

The app is still in a semi-broken state on Android and fully broken state on iOS. Now that I have the libraries released and the White Noise core code refactored, I'm focused 100% on fixing these issues. My goal is to have a beta version live on Zapstore in a few weeks.

🧑‍💻 Join Us

I'm looking for mobile developers on both Android and iOS to join the team and help us build the best possible apps for these platforms. I have grant funding available for the right people. Come and help us build secure, permissionless, censorship-resistant messaging. I can think of few projects that deserve your attention more than securing freedom of speech and freedom of association for the entire world. If you're interested or know someone who might be, please reach out to me directly.

🙏 Thanks to the People

Last but not least: A HUGE thank you to all the folks that have been helping make this project happen. You can check out the people that are directly working on the apps on Following._ (and follow them). There are also a lot of people behind the scenes that have helped in myriad ways to get us this far. Thank you thank you thank you.

🔗 Links

Libraries

• nostr_mls
• nostr_mls_storage
• nostr_mls_memory_storage
• nostr_mls_sqlite_storage

White Noise

• White Noise Repo
• White Noise Releases

Other

• Previous updates

@ 81650982:299380fa

Let us delve into Monero (XMR). Among the proponents of various altcoins, Monero arguably commands one of the most dedicated followings, perhaps second only to Ethereum. Unlike many altcoins where even investors often harbor speculative, short-term intentions, the genuine belief within the Monero community suggests an inherent appeal to the chain itself.

The primary advantage touted by Monero (and similar so-called "privacy coins") is its robust privacy protection features. The demand for anonymous payment systems, tracing its lineage back to David Chaum, predates even the inception of Bitcoin. Monero's most heavily promoted strength, relative to Bitcoin, is that its privacy features are enabled by default.

This relates to the concept of the "anonymity set." To guarantee anonymity, a user must blend into a crowd of ordinary users. The larger the group one hides within, the more difficult it becomes for an external observer to identify any specific individual. From the perspective of Monero advocates, Bitcoin's default transaction model is overly transparent, clearly revealing the flow of funds between addresses. While repeated mixing can enhance anonymity in Bitcoin, the fact that users must actively undertake such measures presents a significant hurdle. More critically, proponents argue, the very group engaging in such deliberate obfuscation is precisely the group one doesn't want to be associated with for effective anonymity. Hiding requires blending with the ordinary, not merely mixing with others who are also actively trying to hide — the latter, they contend, is akin to criminals mixing only with other criminals.

This is a valid point. For instance, there's a substantial difference between a messenger app offering end-to-end encryption for all communications by default, versus one requiring users to explicitly create a "secret chat" for encryption. While I personally believe that increased self-custody of Bitcoin in personal wallets, acquisition through direct peer-to-peer payments rather than exchange purchases, and the widespread adoption of the Lightning Network would make tracing significantly harder even without explicit mixing efforts, let us concede, for the sake of argument, that Bitcoin's base-layer anonymity might not drastically improve even in such a future scenario.

Nevertheless, Monero's long-term prospects appear considerably constrained when focusing purely on technical limitations, setting aside economic factors or incentive models for now. While discussions on economics can often be countered with "That's just your speculation," technical constraints present more objective facts and leave less room for dispute.

Monero's most fundamental problem is its lack of scalability. To briefly explain how Monero obfuscates the sender: it includes other addresses alongside the true sender's address in the 'from' field and attaches what appears to be valid signatures for all of them. With a default setting of 10 decoys (plus the real spender, making a ring size of 11), the signature size naturally becomes substantially larger than Bitcoin's. Since an observer cannot determine which of the 11 is the true sender, and these decoys are arbitrary outputs selected from the blockchain belonging to other users, anonymity is indeed enhanced. While the sender cannot generate individually valid signatures for the decoy outputs (as they don't own the private keys), the use of a ring signature mathematically proves that one member of the ring authorized the transaction, allowing it to pass network validation.

The critical issue is that this results in transaction sizes several times larger than Bitcoin's. Bitcoin already faces criticism for being relatively expensive and slow. Monero's structure imposes a burden that is multiples greater. One might question the relationship between transaction data size and transaction fees/speed. However, the perceived slowness of blockchains isn't typically due to inefficient code, but rather the strict limitations imposed on block size (or equivalent throughput constraints) to maintain decentralization. Therefore, larger transaction sizes directly translate into throughput limitations and upward pressure on fees. If someone claims Monero fees are currently lower than Bitcoin's, that is merely a consequence of its significantly lower usage. Should Monero's transaction volume reach even a fraction of Bitcoin's, its current architecture would struggle severely under the load.

To address this, Monero implemented a dynamic block size limit instead of a hardcoded one. However, this is not a comprehensive solution. If the block size increases proportionally with usage, a future where Monero achieves widespread adoption as currency — implying usage potentially hundreds, thousands, or even hundreds of thousands of times greater than today — would render the blockchain size extremely difficult to manage for ordinary node operators. Global internet traffic might be consumed by Monero transactions, or at the very least, the bandwidth and storage costs could exceed what individuals can reasonably bear.

Blockchains, by their nature, must maintain a size manageable enough for individuals to run full nodes, necessitating strict block size limits (or equivalent constraints in blockless designs). This fundamental requirement is the root cause of limited transaction speed and rising fees. Consequently, the standard approach to blockchain scaling involves Layer 2 solutions like the Lightning Network. The problem is, implementing such solutions on Monero is extremely challenging.

Layer 2 solutions, while varying in specific implementation details across different blockchains, generally rely heavily on the transparency of on-chain transactions. They typically involve sophisticated smart contracts built upon the ability to publicly verify on-chain states and events. Monero's inherent opacity, hiding crucial details of on-chain transactions, makes it exceptionally difficult for two mutually untrusting parties to reach the necessary consensus and cryptographic agreements (like establishing payment channels with verifiable state transitions and dispute mechanisms) that underpin such Layer 2 systems. The fact that Monero, despite existing for several years, still lacks a functional, widely adopted Layer 2 implementation suggests that this remains an unsolved and technically formidable challenge. While theoretical proposals exist, their real-world feasibility remains uncertain and would likely require significant breakthroughs in cryptographic protocol design.

Furthermore, Monero faces another severe scaling challenge related to its core privacy mechanism. As mentioned, decoy outputs are used to obscure the true sender. An astute observer might wonder: If a third party cannot distinguish the real spender, could the real spender potentially double-spend their funds later? Or could someone's funds become unusable simply because they were chosen as a decoy in another transaction? Naturally, Monero's developers anticipated this. The solution employed involves key images.

When an output is genuinely spent within a ring signature, a unique cryptographic identifier called a "key image" is derived from the real output and the spender's private key. This derivation is one-way (the key image cannot be used to reveal the original output or key). This key image is recorded on the blockchain. When validating a new transaction, the network checks if the submitted key image has already appeared in the history. If it exists, the transaction is rejected as a double-spend attempt. The crucial implication is that this set of used key images can never be pruned. Deleting historical key images would directly enable double-spending.

Therefore, Monero's state size — the data that full nodes must retain and check against — grows linearly and perpetually with the total number of transactions ever processed on the network.

Summary In summary, Monero faces critical technical hurdles:

Significantly Larger Transaction Sizes: The use of ring signatures for anonymity results in transaction data sizes several times larger than typical cryptocurrencies like Bitcoin.

Inherent Scalability Limitations: The large transaction size, combined with the necessity of strict block throughput limits to preserve decentralization, creates severe scalability bottlenecks regarding transaction speed and cost under significant load. Dynamic block sizes, while helpful in the short term, do not constitute a viable long-term solution for broad decentralization.

Layer 2 Implementation Difficulty: Monero's fundamental opacity makes implementing established Layer 2 scaling solutions (like payment channels) extremely difficult with current approaches. The absence of a widely adopted solution to date indicates that this remains a major unresolved challenge.

Unprunable, Linearly Growing State: The key image mechanism required to prevent double-spending mandates the perpetual storage of data proportional to the entire transaction history, unlike Bitcoin where nodes can prune historical blocks and primarily need to maintain the current UTXO set (whose size depends on usage patterns, not total history).

These technical constraints raise legitimate concerns about Monero's ability to scale effectively and achieve widespread adoption in the long term. While ongoing research may alleviate some of these issues, at present they represent formidable challenges that any privacy-focused cryptocurrency must contend with.

@ e4950c93:1b99eccd

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@ 6c67a3f3:b0ebd196

To explore the link between Gavekal-style platform companies and the US dollar's status as the global reserve currency, we need to view the problem through multiple interlocking lenses—monetary economics, network effects, macro-political architecture, financial plumbing, and the logic of platform capitalism. Gavekal’s conceptual framework focuses heavily on capital-light, scalable businesses that act as platforms rather than traditional linear firms. Their model emphasizes "soft" balance sheets, asset-light capital formation, high intangible value creation, and the scaling of network effects. These traits dovetail in complex ways with the structural position of the United States in the global financial system.

What follows is a broad and recursive dissection of how these two phenomena—platform companies and reserve currency status—are mutually constitutive, each feeding the other, both directly and via second- and third-order effects.

---

1. The Core Metaphor: Platforms and Monetary Hegemony

At its root, a platform is a meta-infrastructure—a set of protocols and affordances that enable others to interact, produce, consume, and transact. The dollar, as reserve currency, functions in an analogous way. It is not merely a medium of exchange but a platform for global commerce, pricing, credit formation, and risk transfer.

In this metaphor, the United States is not just a country but a platform operator of global finance. And like Amazon or Apple, it enforces terms of access, extracts rents, underwrites standardization, and benefits disproportionately from marginal activity across its ecosystem. Just as Apple's App Store tax or Amazon’s marketplace fee are invisible to most users, the dollar hegemon collects global seigniorage, institutional influence, and capital inflow not as overt tolls, but through the structuring of default behaviors.

This already suggests a deep isomorphism between platform logic and reserve currency logic.

---

1. Capital-Light Scaffolding and Global Dollar Demand

Gavekal-style firms (e.g. Apple, Google, Microsoft) have something unusual in common: they generate high levels of free cash flow with low reinvestment needs. That is, they do not soak up global capital so much as recycle it outward, often via share buybacks or bond issuance. This creates a paradox: they are net issuers of dollar-denominated financial claims even as they are net accumulators of global income.

Now map this onto the structure of reserve currency systems. The US must export financial assets to the world (Treasuries, MBS, high-grade corporates) in order to satisfy foreign demand for dollar claims. But traditional exporting economies (e.g. Germany, China) create excess savings they must park in safe dollar assets, while running trade surpluses.

Gavekal-style firms allow the US to square a circle. The US economy does not need to run trade surpluses, because its platform companies export “intangible products” at near-zero marginal cost (e.g. iOS, search ads, cloud infrastructure), generate global rents, and then repatriate those earnings into US financial markets. These flows offset the US current account deficit, plugging the "Triffin dilemma" (the need to run deficits to supply dollars while maintaining credibility).

Thus, platform companies act as soft exporters, replacing industrial exports with intangible, rent-generating capital. Their global cash flows are then recycled through dollar-denominated assets, providing the scale and liquidity necessary to sustain reserve status.

---

1. The Hierarchy of Money and Intangible Collateral

Modern monetary systems rest on a hierarchy of collateral—some assets are more money-like than others. US Treasuries sit at the apex, but AAA-rated corporates, especially those with global footprints and balance-sheet integrity, are close behind.

Platform firms are unique in their capacity to create high-quality, globally accepted private collateral. Apple’s bonds, Microsoft’s equity, and Google’s cash reserves function as synthetic dollar instruments, widely accepted, liquid, and backed by consistent income streams. These firms extend the reach of the dollar system by providing dollar-denominated assets outside the banking system proper, further embedding dollar logic into global capital flows.

Moreover, platform companies often internalize global tax arbitrage, holding cash offshore (or in tax-efficient jurisdictions) and issuing debt domestically. This creates a loop where foreign dollar claims are used to finance US domestic consumption or investment, but the underlying income comes from global activities. This is reverse colonization through intangibles.

---

1. Winner-Take-Most Dynamics and Network Effects in Dollar Space

The dollar system, like platform capitalism, obeys a power-law distribution. Liquidity begets liquidity. The more that dollar instruments dominate global trade, the more pricing, settlement, and hedging mechanisms are built around them. This self-reinforcing loop mimics network effect entrenchment: the more users a platform has, the harder it is to displace.

Reserve currency status is not a product of GDP share alone. It’s a function of infrastructure, institutional depth, legal recourse, capital mobility, and networked habits. Likewise, Apple’s dominance is not just about better phones, but about developer lock-in, payment systems, user base, and design mores.

Gavekal-style firms reinforce this pattern: their software platforms often denominate activity in dollars, price in dollars, store value in dollars, and link digital labor across borders into dollar-based flows. YouTube creators in Jakarta are paid in dollars. AWS charges Chilean entrepreneurs in dollars. App Store remittances to Kenya settle in dollars.

This creates global micro-tributaries of dollar flows, all of which aggregate into the larger river that sustains dollar supremacy.

---

1. Geopolitical Power Projection by Private Means

Traditional hegemonic systems project power through military, legal, and diplomatic tools. But platforms provide soft control mechanisms. The US can influence foreign populations and elite behavior not merely through embassies and aircraft carriers, but through tech platforms that shape discourse, information flows, norms, and cognitive frames.

This is a kind of cognitive imperialism, in which reserve currency status is bolstered by the fact that cultural products (e.g. Netflix, social media, productivity tools) are encoded in American norms, embedded in American legal systems, and paid for in American currency.

The platform firm thus becomes a shadow extension of statecraft, whether or not it sees itself that way. Dollar hegemony is reinforced not only by Treasury markets and SWIFT access, but by the gravity of the mental ecosystem within which the global bourgeoisie operates. To earn, spend, invest, create, and dream within American-built systems is to keep the dollar central by default.

---

1. Second-Order Effects: The Intangibility Ratchet and Global Liquidity Traps

An overlooked consequence of Gavekal-style platform dominance is that global capital formation becomes disembodied. That is, tangible projects—factories, infrastructure, energy systems—become less attractive relative to financial or intangible investments.

As a result, much of the world, especially the Global South, becomes capital-starved even as capital is abundant. Why? Because the returns on tangible investment are less scalable, less defensible, and less liquid than buying FAANG stocks or US Treasuries.

This results in a liquidity trap at the global scale: too much capital chasing too few safe assets, which only reinforces demand for dollar instruments. Meanwhile, intangible-intensive firms deepen their moats by mining attention, user data, and payment flows—often without any large-scale employment or industrial externalities.

Thus, Gavekal-style firms create asymmetric global development, further concentrating economic gravitational mass in the dollar zone.

---

1. Feedback Loops and Fragility

All of this breeds both strength and fragility. On one hand, platform firm cash flows make the dollar system seem robust—anchored in cash-generative monopolies with global reach. On the other hand, the system becomes narrower and more brittle. When so much of global liquidity is intermediated through a few firms and the sovereign system that hosts them, any attack on these nodes—financial, legal, technological, or geopolitical—could unseat the equilibrium.

Moreover, platform logic tends to reduce systemic redundancy. It optimizes for efficiency, not resilience. It centralizes control, narrows option sets, and abstracts real production into code. If the dollar system ever loses credibility—through inflation, sanctions overreach, geopolitical backlash, or platform fatigue—the network effects could reverse violently.

---

1. Conclusion: The Intangible Empire

The United States today operates an empire of intangibles, in which reserve currency status and platform firm dominance are co-constituted phenomena. Each reinforces the other:

Platform firms channel global rents into dollar instruments.

The dollar system provides legal scaffolding, liquidity, and pricing infrastructure for these firms.

Global user bases are conditioned into dollar-denominated interaction by default.

Financial markets treat platform firms as synthetic sovereigns: safe, liquid, predictable.

What is left is a cybernetic loop of financialized cognition: the dollar is strong because platform firms dominate, and platform firms dominate because the dollar is strong.

This loop may persist longer than many expect, but it is not permanent. Its unravelling, when it comes, will likely not be driven by any single actor, but by the erosion of symbolic power, the emergence of parallel platforms, or the ecological unsustainability of the model. But for now, the Gavekal firm and the dollar empire are the two poles of a single global architecture—seen best not as cause and effect, but as the two faces of the same Janus coin.

@ d9a329af:bef580d7

Since 2022, Dungeons and Dragons has been going down a sort of death spiral after the release of a revised version of 5th Edition... which didn't turn out very well to say the least. In light of that, I present a list of TTRPGs you can play if you don't want to purchase 5E. I wouldn't recommend 5E, as I've DM'd it in the past. It tastes like a lollipop that's cockroach and larvae flavored.

This list of TTRPG games is in no particular order, though my favorite of these systems is number one.

1. Basic Fantasy Role-Playing Game (BFRPG)
2. B/X-style OSR retroclone with ascending armor class, and the original retroclone from 2006
3. Fully libre under CC BY-SA for the 4th Edition, and OGL 1.0a for 1-3 Editions.
4. Full books are free PDF files on the website (Basic Fantasy Website)
5. All BFRPG editions are compatible with each other, meaning you can have a 3rd Edition book to a 4th Edition game and still have fun. 4th Edition is just the removal of the 3E SRD that's in the OGL editions.
6. As with the core rulebooks, all the supplementation is free as a PDF as well, though you can buy physical books at cost (BFRPG principal rights holder Chris Gonnerman doesn't make much profit from Basic Fantasy)
7. Old-school community that's an all-around fantastic group of players, authors and enthusiasts.

8. Fun Fact: Out of all the TTRPGs I'd want to DM/GM the most, it'd be this one by far.

9. Iron Falcon (IF)

10. OD&D-style retroclone from 2015 (It's also by Gonnerman, same guy behind BFRPG)
11. A close ruleset to the White Box rules and supplements
12. Also fully libre under CC BY-SA for the latest releases, just like BFRPG for 4th Edition releases
13. Just like BFRPG, the core rules and supplementation come as PDF files for free, or physical books.

14. Fast and loose ruleset open to interpretation, just like in 1975-1981... somewhere right around that timeline for OD&D

15. Old-School Reference and Index Compendium (OSRIC)

16. AD&D 1E-based retroclone by Stewart Marshall and Matt Finch
17. An old system that surprisingly still holds up, even after a long time of no new versions of the rules
18. Extremely in-depth ruleset, licensed under OGL 1.0a and OSRIC Open License
19. Compatible with AD&D 1e modules for the 1st Edition, though 2.2 potentially has its own supplementation

20. I don't know much about it, as I'd be too slow to learn it. That's all I know, which is the above.

21. Ironsworn

22. Custom loosely-based PbtA (Powered by the Apocalypse) system by Shawn Tomkin from 2018
23. Includes GM, GMless and solo play in the rulebook
24. Supplementation is surely something else with one look at the downloads section for the PDFs of the original, which is free under CC BY-NC-SA. The SRD is under CC BY otherwise.
25. No original adventures are made for this system as are known, as it's expected that the Ironlands are where they take place

26. Fun Fact: This was a non-D&D system I considered running as a GM.

27. Advanced Dungeons & Dragons 2nd Edition (AD&D 2e)

28. An official edition from 1989-2000
29. At the time, the most customizable edition in its history, before 3E took the spot as the most customizable edition
30. A streamlined revision of the AD&D 1E rules (AD&D 1E was exclusively written by E. Gary Gygax)
31. The end of old-school D&D, as 3E and beyond are different games altogether
32. Wide array of supplementation, which oversaturated 2E's customization... and most of it didn't sell well as a result
33. Final TSR-published edition of D&D, as they went bankrupt and out of business during this edition's life cycle, to then be liquidated to Wizards of the Coast (Boy did WOTC mess it up once 5.1E was released)

34. Fun Fact: A Canadian history professor named Dr. Robert Wardough runs a customized ruleset using 2E as a base, which he's been DMing since the 80's during the "Satanic Panic" (The Satanic Panic was fake as a result of horrible deceivers gaslighting people to not play D&D). He started RAW (Rules as Written), but saw some things he needed to change for his games, so he did so over time.

35. Moldvay/Cook Basic/Expert Dungeons & Dragons (B/X)

36. Competing system to 1E from 1981 and 1982
37. Official edition of D&D, part of the old-school era
38. Simplified rules for Basic, but some decently complex rules for Expert
39. Only goes up to Lv. 14, as it's potentially a 1E or White Box primer (similar to 1977 Basic)
40. Supplementation, from some research done, was decent for the time, and a little bit extensive
41. The inspiration for BFRPG in 2006 (Did I mention this already? Maybe I have, but I might emphasize that here too.)

42. Fun Fact: I considered running B/X, but decided that I'd do BFRPG, as the ascending armor class is easier math than with B/X and the THAC0 armor class (descending armor class).

43. Basic, Expert, Companion, Master, Immortal Dungeons & Dragons (BECMI) and/or Rules Cyclopedia

44. 1983 variant of the Moldvay/Cook Basic/Expert system, an official edition and part of the old-school era
45. Essentially, 1981 B/X D&D on steroids
46. 5 boxed sets were released for the five parts of the rules for this system
47. Rules Cyclopedia is a reprint of the 1983 Basic, Expert, Companion and Master rules boxed sets. The Immortal set was never reprinted outside of the original boxed set because Immortal is such a bizarre game within a game altogether.
48. With the first 4 boxed sets (whether individual sets or the Rules Cyclopedia), levels are 1-36

49. Fun Fact: This edition I was considering DMing as well, alongside BFRPG. They're similar rulesets with some mechanical differences, but I think either or would be worth it.

50. Original Dungeons & Dragons (OD&D or White Box)

51. The original release of D&D from 1974 written by Gygax and Dave Arneson, published by TSR
52. Uses the rules from Chainmail, a wargame made by Gygax and Jeff Perren
53. Base has three little booklets (Men & Magic, Monsters & Magic, and The Underworld & Wilderness Adventures), five official supplements were released (Greyhawk; Blackmoor; Eldritch Wizardry; Gods, Demi-Gods and Heroes; and Swords & Spells), and many more from fanzines
54. Fast and loose ruleset open to interpretation
55. Not based upon adventurers taking on dangerous quest, but kings commanding armies (which is why OD&D is actually a Chainmail supplement). The latter was the original purpose of D&D before it got changed in 2000.

There are many more games that are not D&D that you can look up too. See what you like, read the rules, learn them, and start playing with your group. Have fun and slay some monsters!

@ 3c389c8f:7a2eff7f

Let go of the algorithms and truly discover what it means to explore. Social media used to mean something. Once upon a time, it was a way to stay connected to friends, family, and colleagues over things we enjoy. We could share, laugh, and learn. Over time, it has devolved into cheap entertainment at the cost of our privacy. Our relationships and interests have been shoved into a corner in order to make room for "suggested posts" and "for you" content designed to evaluate our attention for advertising purposes. We've lost what it means to truly connect, and we've lost what it means to explore our curiosities.

Enter Nostr. A protocol designed to resist authoritative censorship, just happens to fix a whole lot of other problems, too. By removing the central authority, Nostr offers its users complete control of what we feed our minds. How do we break our algorithm dependency to find better content and better relationships again? We explore and discover:

The Chronological Life.

The existence of time may be debatable but our dependence on our perception of it is not. We live our lives chronologically. Why do our online lives need to be any different? There is no real reason, other than we've just gotten used to being engulfed by whatever the black box wants us to see. When we remove the algorithms, we find that online information flows just as it would in our daily lives. Important events get talked about by many people, over a long period of time. Things of less relevance fade. We see the rhythm of life reflected in our feed. This is an organic human experience transferred to the digital world. We depend on the people we know and the sources we trust to keep us informed about what really matters. We have fun, we move on. Nearly every Nostr social client brings this experience front and center through the traditional follow feed. Many use replies as a way to show you what is worth talking about for more than a hot minute. Its what old social media gave us, then took away. Nostr gives it back. It's not the only way to enjoy Nostr, though, so let's continue.

"The Human Animal Differs From the Lesser Primates in His Passion for Lists"

Who doesn't love lists? (besides maybe to-do lists.) List functionality on Nostr is a powerful way to curate your feeds. You can make lists of artists, vendors, friends, or whatever you want. They can be public or private. You can subscribe to other people's public lists too. Make one to share with your friends. Many clients have list support and management. Amethyst, Nostur, Voyage, and Nostrudel are a few that come to mind. Nostr.band and Listr.lol offer in depth list management. Some clients even support lists for specific notes so that you can curate a feed by topic or aesthetic to share with your friends.

Being John Malcovich.

Everyone has a different view of Nostr. Do you want to see what someone else is seeing? Sign in with any npub to get a different perspective. You might find profiles and content that you didn't know existed before. Some clients integrate variations of this feature right into their apps, so you don't have to log out of your account in order to step through that tiny door.

DV-what? DVM.

Data Vending Machines. These fancy little things are AIs tasked with a simple job: to find content for you. Most of these feeds are free, though some more personalized ones require a small fee. Many DVM services are stand-alone apps, like Vendata and Noogle . These clever Nostr clients will let you do a lot more than just create feeds to browse notes. Explore if you wish. A few social clients have DVMs integrated, too, so if you see "discovery" or similar term on a tab, be sure to check it out.

Relays, Man. Relays.

It's right there in the name. Nostr- notes and other stuff transmitted by RELAY. Specialized relays exist for subjects, news, communities, personal spaces, content creators, cats... there's even a relay where everyone just says "Good Morning" to each other. Find a client that lets you browse a relay's contents, and enjoy the purest form of content discovery on Nostr. Unearthing these relays is getting better and better every day. Right now there are relay browsing capabilities in quite a few clients, like Coracle, Relay Tools, Jumble and Nostur.

The Algo Relay.

Maybe you've been busy and missed a lot. Maybe you are a sane person who rarely uses social media. Hook up with a personalized algorithm relay to catch you up on all the things you've missed. This is skirting the sharp edges of Nostr relay development, so keep in mind that not many implementations yet exist. Algo relay currently aims to bring the feel-good vibe of your chronological feed to an algorithmic feed, freeing up your time but letting you stay up with what 's going on in your social circles.

Trendy Trends.

A few clients, relays, and DVM's have developed various Trending feeds. Catch up on what's popular across a wider view of the Nostr ecosystem. If trends are your thing, be sure to check them out.

Now that you're equipped with the tools to explore Nostr, its time to go discover some great content and find your people. Feed your curiosity.

@ 3c389c8f:7a2eff7f

Extentions:

https://chromewebstore.google.com/detail/flamingo-%E2%80%93-nostr-extensio/alkiaengfedemppafkallgifcmkldohe

https://chromewebstore.google.com/detail/nos2x/kpgefcfmnafjgpblomihpgmejjdanjjp

https://chromewebstore.google.com/detail/aka-profiles/ncmflpbbagcnakkolfpcpogheckolnad

https://keys.band/

https://github.com/haorendashu/nowser

The Remote Signer:

https://nsec.app/

https://github.com/kind-0/nsecbunkerd

Native Android Signer:

https://github.com/greenart7c3/amber

iOS

https://testflight.apple.com/join/8TFMZbMs

https://testflight.apple.com/join/DUzVMDMK

Higher Security Options: To start using Nostr with a secure, recoverable keypair: https://nstart.me/en

For Existing Keys: https://www.frostr.org/

Thank you to https://nostr.net/ for keeping a thorough list of Nostr apps, clients, and tools!

@ 266815e0:6cd408a5

I'm excited to announce the release of Applesauce v1.0.0! There are a few breaking changes and a lot of improvements and new features across all packages. Each package has been updated to 1.0.0, marking a stable API for developers to build upon.

Applesauce core changes

There was a change in the applesauce-core package in the QueryStore.

The Query interface has been converted to a method instead of an object with key and run fields.

A bunch of new helper methods and queries were added, checkout the changelog for a full list.

Applesauce Relay

There is a new applesauce-relay package that provides a simple RxJS based api for connecting to relays and publishing events.

Documentation: applesauce-relay

Features:

• A simple API for subscribing or publishing to a single relay or a group of relays
• No connect or close methods, connections are managed automatically by rxjs
• NIP-11 auth_required support
• Support for NIP-42 authentication
• Prebuilt or custom re-connection back-off
• Keep-alive timeout (default 30s)
• Client-side Negentropy sync support

Example Usage: Single relay

```typescript import { Relay } from "applesauce-relay";

// Connect to a relay const relay = new Relay("wss://relay.example.com");

// Create a REQ and subscribe to it relay .req({ kinds: [1], limit: 10, }) .subscribe((response) => { if (response === "EOSE") { console.log("End of stored events"); } else { console.log("Received event:", response); } }); ```

Example Usage: Relay pool

```typescript import { Relay, RelayPool } from "applesauce-relay";

// Create a pool with a custom relay const pool = new RelayPool();

// Create a REQ and subscribe to it pool .req(["wss://relay.damus.io", "wss://relay.snort.social"], { kinds: [1], limit: 10, }) .subscribe((response) => { if (response === "EOSE") { console.log("End of stored events on all relays"); } else { console.log("Received event:", response); } }); ```

Applesauce actions

Another new package is the applesauce-actions package. This package provides a set of async operations for common Nostr actions.

Actions are run against the events in the EventStore and use the EventFactory to create new events to publish.

Documentation: applesauce-actions

Example Usage:

```typescript import { ActionHub } from "applesauce-actions";

// An EventStore and EventFactory are required to use the ActionHub import { eventStore } from "./stores.ts"; import { eventFactory } from "./factories.ts";

// Custom publish logic const publish = async (event: NostrEvent) => { console.log("Publishing", event); await app.relayPool.publish(event, app.defaultRelays); };

// The publish method is optional for the async run method to work const hub = new ActionHub(eventStore, eventFactory, publish); ```

Once an ActionsHub is created, you can use the run or exec methods to execute actions:

```typescript import { FollowUser, MuteUser } from "applesauce-actions/actions";

// Follow fiatjaf await hub.run( FollowUser, "3bf0c63fcb93463407af97a5e5ee64fa883d107ef9e558472c4eb9aaaefa459d", );

// Or use the exec method with a custom publish method await hub .exec( MuteUser, "3bf0c63fcb93463407af97a5e5ee64fa883d107ef9e558472c4eb9aaaefa459d", ) .forEach((event) => { // NOTE: Don't publish this event because we never want to mute fiatjaf // pool.publish(['wss://pyramid.fiatjaf.com/'], event) }); ```

There are a log more actions including some for working with NIP-51 lists (private and public), you can find them in the reference

Applesauce loaders

The applesauce-loaders package has been updated to support any relay connection libraries and not just rx-nostr.

Before:

```typescript import { ReplaceableLoader } from "applesauce-loaders"; import { createRxNostr } from "rx-nostr";

// Create a new rx-nostr instance const rxNostr = createRxNostr();

// Create a new replaceable loader const replaceableLoader = new ReplaceableLoader(rxNostr); ```

After:

```typescript

import { Observable } from "rxjs"; import { ReplaceableLoader, NostrRequest } from "applesauce-loaders"; import { SimplePool } from "nostr-tools";

// Create a new nostr-tools pool const pool = new SimplePool();

// Create a method that subscribes using nostr-tools and returns an observable function nostrRequest: NostrRequest = (relays, filters, id) => { return new Observable((subscriber) => { const sub = pool.subscribe(relays, filters, { onevent: (event) => { subscriber.next(event); }, onclose: () => subscriber.complete(), oneose: () => subscriber.complete(), });

return () => sub.close();

}); };

// Create a new replaceable loader const replaceableLoader = new ReplaceableLoader(nostrRequest); ```

Of course you can still use rx-nostr if you want:

```typescript import { createRxNostr } from "rx-nostr";

// Create a new rx-nostr instance const rxNostr = createRxNostr();

// Create a method that subscribes using rx-nostr and returns an observable function nostrRequest( relays: string[], filters: Filter[], id?: string, ): Observable { // Create a new oneshot request so it will complete when EOSE is received const req = createRxOneshotReq({ filters, rxReqId: id }); return rxNostr .use(req, { on: { relays } }) .pipe(map((packet) => packet.event)); }

// Create a new replaceable loader const replaceableLoader = new ReplaceableLoader(nostrRequest); ```

There where a few more changes, check out the changelog

Applesauce wallet

Its far from complete, but there is a new applesauce-wallet package that provides a actions and queries for working with NIP-60 wallets.

Documentation: applesauce-wallet

Example Usage:

```typescript import { CreateWallet, UnlockWallet } from "applesauce-wallet/actions";

// Create a new NIP-60 wallet await hub.run(CreateWallet, ["wss://mint.example.com"], privateKey);

// Unlock wallet and associated tokens/history await hub.run(UnlockWallet, { tokens: true, history: true }); ```

@ fd0bcf8c:521f98c0

The vag' sits on the edge of the highway, broken, hungry. Overhead flies a transcontinental plane filled with highly paid executives. The upper class has taken to the air, the lower class to the roads: there is no longer any bond between them, they are two nations."—The Sovereign Individual

Fire

I was talking to a friend last night. Coffee in hand. Watching flames consume branches. Spring night on his porch.

He believed in America's happy ending. Debt would vanish. Inflation would cool. Manufacturing would return. Good guys win.

I nodded. I wanted to believe.

He leaned forward, toward the flame. I sat back, watching both fire and sky.

His military photos hung inside. Service medals displayed. Patriotism bone-deep.

The pendulum clock on his porch wall swung steadily. Tick. Tock. Measuring moments. Marking epochs.

History tells another story. Not tragic. Just true.

Our time has come. America cut off couldn't compete. Factories sit empty. Supply chains span oceans. Skills lack. Children lag behind. Rebuilding takes decades.

Truth hurts. Truth frees.

Cycles

History moves in waves. Every 500 years, power shifts. Systems fall. Systems rise.

500 BC - Greek coins changed everything. Markets flourished. Athens dominated.

1 AD - Rome ruled commerce. One currency. Endless roads. Bustling ports.

500 AD - Rome faded. Not overnight. Slowly. Trade withered. Cities emptied. Money debased. Roads crumbled. Local strongmen rose. Peasants sought protection. Feudalism emerged.

People still lived. Still worked. Horizons narrowed. Knowledge concentrated. Most barely survived. Rich adapted. Poor suffered.

Self-reliance determined survival. Those growing food endured. Those making essential goods continued. Those dependent on imperial systems suffered most.

1000 AD - Medieval revival began. Venice dominated seas. China printed money. Cathedrals rose. Universities formed.

1500 AD - Europeans sailed everywhere. Spanish silver flowed. Banks financed kingdoms. Companies colonized continents. Power moved west.

The pendulum swung. East to West. West to East. Civilizations rose. Civilizations fell.

2000 AD - Pattern repeats. America strains. Digital networks expand. China rises. Debt swells. Old systems break.

We stand at the hinge.

Warnings

Signs everywhere. Dollar weakens globally. BRICS builds alternatives. Yuan buys oil. Factories rust. Debt exceeds GDP. Interest consumes budgets.

Bridges crumble. Education falters. Politicians chase votes. We consume. We borrow.

Rome fell gradually. Citizens barely noticed. Taxes increased. Currency devalued. Military weakened. Services decayed. Life hardened by degrees.

East Rome adapted. Survived centuries. West fragmented. Trade shrank. Some thrived. Others suffered. Life changed permanently.

Those who could feed themselves survived best. Those who needed the system suffered worst.

Pendulum

My friend poured another coffee. The burn pile popped loudly. Sparks flew upward like dying stars.

His face changed as facts accumulated. Military man. Trained to assess threats. Detect weaknesses.

He stared at the fire. National glory reduced to embers. Something shifted in his expression. Recognition.

His fingers tightened around his mug. Knuckles white. Eyes fixed on dying flames.

I traced the horizon instead. Observing landscape. Noting the contrast.

He touched the flag on his t-shirt. I adjusted my plain gray one.

The unpayable debt. The crumbling infrastructure. The forgotten manufacturing. The dependent supply chains. The devaluing currency.

The pendulum clock ticked. Relentless. Indifferent to empires.

His eyes said what his patriotism couldn't voice. Something fundamental breaking.

I'd seen this coming. Years traveling showed me. Different systems. Different values. American exceptionalism viewed from outside.

Pragmatism replaced my old idealism. See things as they are. Not as wished.

The logs shifted. Flames reached higher. Then lower. The cycle of fire.

Divergence

Society always splits during shifts.

Some adapt. Some don't.

Printing arrived. Scribes starved. Publishers thrived. Information accelerated. Readers multiplied. Ideas spread. Adapters prospered.

Steam engines came. Weavers died. Factory owners flourished. Villages emptied. Cities grew. Coal replaced farms. Railways replaced wagons. New skills meant survival.

Computers transformed everything. Typewriters vanished. Software boomed. Data replaced paper. Networks replaced cabinets. Programmers replaced typists. Digital skills determined success.

The self-reliant thrived in each transition. Those waiting for rescue fell behind.

Now AI reshapes creativity. Some artists resist. Some harness it. Gap widens daily.

Bitcoin offers refuge. Critics mock. Adopters build wealth. The distance grows.

Remote work redraws maps. Office-bound struggle. Location-free flourish.

The pendulum swings. Power shifts. Some rise with it. Some fall against it.

Two societies emerge. Adaptive. Resistant. Prepared. Pretending.

Advantage

Early adapters win. Not through genius. Through action.

First printers built empires. First factories created dynasties. First websites became giants.

Bitcoin followed this pattern. Laptop miners became millionaires. Early buyers became legends.

Critics repeat themselves: "Too volatile." "No value." "Government ban coming."

Doubters doubt. Builders build. Gap widens.

Self-reliance accelerates adaptation. No permission needed. No consensus required. Act. Learn. Build.

The burn pile flames like empire's glory. Bright. Consuming. Temporary.

Blindness

Our brains see tigers. Not economic shifts.

We panic at headlines. We ignore decades-long trends.

We notice market drops. We miss debt cycles.

We debate tweets. We ignore revolutions.

Not weakness. Just humanity. Foresight requires work. Study. Thought.

Self-reliant thinking means seeing clearly. No comforting lies. No pleasing narratives. Just reality.

The clock pendulum swings. Time passes regardless of observation.

Action

Empires fall. Families need security. Children need futures. Lives need meaning.

You can adapt faster than nations.

Assess honestly. What skills matter now? What preserves wealth? Who helps when needed?

Never stop learning. Factory workers learned code. Taxi drivers joined apps. Photographers went digital.

Diversify globally. No country owns tomorrow. Learn languages. Make connections. Stay mobile.

Protect your money. Dying empires debase currencies. Romans kept gold. Bitcoin offers similar shelter.

Build resilience. Grow food. Make energy. Stay strong. Keep friends. Read old books. Some things never change.

Self-reliance matters most. Can you feed yourself? Can you fix things? Can you solve problems? Can you create value without systems?

Movement

Humans were nomads first. Settlers second. Movement in our blood.

Our ancestors followed herds. Sought better lands. Survival meant mobility.

The pendulum swings here too. Nomad to farmer. City-dweller to digital nomad.

Rome fixed people to land. Feudalism bound serfs to soil. Nations created borders. Companies demanded presence.

Now technology breaks chains. Work happens anywhere. Knowledge flows everywhere.

The rebuild America seeks requires fixed positions. Factory workers. Taxpaying citizens in permanent homes.

But technology enables escape. Remote work. Digital currencies. Borderless businesses.

The self-reliant understand mobility as freedom. One location means one set of rules. One economy. One fate.

Many locations mean options. Taxes become predatory? Leave. Opportunities disappear? Find new ones.

Patriotism celebrates roots. Wisdom remembers wings.

My friend's boots dug into his soil. Planted. Territorial. Defending.

My Chucks rested lightly. Ready. Adaptable. Departing.

His toolshed held equipment to maintain boundaries. Fences. Hedges. Property lines.

My backpack contained tools for crossing them. Chargers. Adapters. Currency.

The burn pile flame flickers. Fixed in place. The spark flies free. Movement its nature.

During Rome's decline, the mobile survived best. Merchants crossing borders. Scholars seeking patrons. Those tied to crumbling systems suffered most.

Location independence means personal resilience. Economic downturns become geographic choices. Political oppression becomes optional suffering.

Technology shrinks distance. Digital work. Video relationships. Online learning.

Self-sovereignty requires mobility. The option to walk away. The freedom to arrive elsewhere.

Two more worlds diverge. The rooted. The mobile. The fixed. The fluid. The loyal. The free.

Hope

Not decline. Transition. Painful but temporary.

America may weaken. Humanity advances. Technology multiplies possibilities. Poverty falls. Knowledge grows.

Falling empires see doom. Rising ones see opportunity. Both miss half the picture.

Every shift brings destruction and creation. Rome fell. Europe struggled. Farms produced less. Cities shrank. Trade broke down.

Yet innovation continued. Water mills appeared. New plows emerged. Monks preserved books. New systems evolved.

Different doesn't mean worse for everyone.

Some industries die. Others birth. Some regions fade. Others bloom. Some skills become useless. Others become gold.

The self-reliant thrive in any world. They adapt. They build. They serve. They create.

Choose your role. Nostalgia or building.

The pendulum swings. East rises again. The cycle continues.

Fading

The burn pile dimmed. Embers fading. Night air cooling.

My friend's shoulders changed. Tension releasing. Something accepted.

His patriotism remained. His illusions departed.

The pendulum clock ticked steadily. Measuring more than minutes. Measuring eras.

Two coffee cups. His: military-themed, old and chipped but cherished. Mine: plain porcelain, new and unmarked.

His eyes remained on smoldering embers. Mine moved between him and the darkening trees.

His calendar marked local town meetings. Mine tracked travel dates.

The last flame flickered out. Spring peepers filled the silence.

In darkness, we watched smoke rise. The world changing. New choices ahead.

No empire lasts forever. No comfort in denial. Only clarity in acceptance.

Self-reliance the ancient answer. Build your skills. Secure your resources. Strengthen your body. Feed your mind. Help your neighbors.

The burn pile turned to ash. Empire's glory extinguished.

He stood facing his land. I faced the road.

A nod between us. Respect across division. Different strategies for the same storm.

He turned toward his home. I toward my vehicle.

The pendulum continued swinging. Power flowing east once more. Five centuries ending. Five centuries beginning.

"Bear in mind that everything that exists is already fraying at the edges." — Marcus Aurelius

Tomorrow depends not on nations. On us.

@ 1b939fa8:1ebdc679

All of my outfit conversion mods and Nora's Commonwealth Reconstruction Project have requirements that are on Nexus and nowhere else. Exception for the outfit conversions is Devious Devices which is noted and links provided to Lovers Lab and other requirements. My mods are dependent on those original mods to work. If/when the originals come to DEG then I will update and remove the Nexus links in my descriptions.

YouTube: https://www.youtube.com/@VetGamerBoceifus01

X: https://x.com/boceifus2000

@ 6c67a3f3:b0ebd196

On Black-Starting the United Kingdom

In the event of a total failure of the electric grid, the United Kingdom would face a task at once technical and Sisyphean: the so-called black start — the reawakening of the nation’s darkened arteries without any external supply of power. In idealized manuals, the task is rendered brisk and clean, requiring but a few days' labor. In the world in which we live, it would be slower, more uncertain, and at times perilously close to impossible.

Let us unfold the matter layer by layer.

I. The Nature of the Undertaking

A black start is not a mere throwing of switches, but a sequential ballet. Small generating stations — diesel engines, hydro plants, gas turbines — must first breathe life into cold transmission lines. Substations must be coaxed into readiness. Load must be picked up cautiously, lest imbalance bring the whole effort to naught. Islands of power are stitched together, synchronized with exquisite care.

Each step is fraught with fragility. An unseen misalignment, an unsignaled overload, and hours of labor are lost.

II. The Dream of the Engineers

In theory, according to the National Grid Electricity System Operator (ESO), the sequence would unfold thus: within half a day, core transmission lines humming; within a day or two, hospitals lit and water flowing; within three days, cities reawakened; within a week, the nation, broadly speaking, restored to life.

This vision presupposes a fantasy of readiness: that black-start units are operational and plentiful; that communications systems, so delicately dependent on mobile networks and the internet, endure; that personnel, trained and coordinated, are on hand in sufficient numbers; and that no sabotage, no accident, no caprice of nature interrupts the dance.

III. The Real Order of Things

Reality is more obstinate. Many black-start capable plants have been shuttered in the name of efficiency. The financial incentives once offered to private generators for black-start readiness were judged insufficient; the providers withdrew.

Grid operations now rely on a lattice of private interests, demanding slow and complicated coordination. Telecommunications are vulnerable in a deep blackout. The old hands, steeped in the tacit lore of manual restoration, have retired, their knowledge scattered to the four winds. Cyber vulnerabilities have multiplied, and the grid’s physical inertia — the very thing that grants a system grace under perturbation — has grown thin, leaving the UK exposed to sudden collapses should synchronization falter.

Under such conditions, the best of hopes might yield five to ten days of partial recovery. Weeks would be required to restore the former web of normalcy. In certain cases — in the face of physical damage to high-voltage transformers, whose replacements take months if not years — black-start might founder altogether.

IV. The Quiet Admissions of Officialdom

In its polite documents, the National Grid ESO speaks carefully: essential services might see restoration within three days, but full public service would require "up to a week or longer." If designated black-start units were to fail — a real risk, given recent audits showing many unready — the timelines would stretch indefinitely.

In plain speech: in a true national blackout, the nation’s restoration would be a gamble.

V. The Forking Paths Ahead

If all proceeds well, Britain might stumble into light within three days. If the adversities accumulate — cyberattack, internal sabotage, simple human miscalculation — the process would stretch into weeks, even months. In the gravest scenarios, the nation would reconstitute not as one great engine, but as isolated islands of power, each jury-rigged and vulnerable.

Meanwhile, the paradoxical truth is that small and simple systems — the grids of Jersey, Malta, and the like — would outpace their mightier cousins, not despite their modest scale but because of it.

VI. Conclusion

The British grid, in short, is a triumph of late modernity — and like all such triumphs, it carries within itself the seeds of its own fragility. It works magnificently until the day it does not. When that day comes, recovery will be neither swift nor sure, but a slow, halting reweaving of threads too easily frayed.

@ 975e4ad5:8d4847ce

With the advancement of quantum computers, a new threat emerges for the security of cryptocurrencies and blockchain technologies. These powerful machines have the potential to expose vulnerabilities in traditional cryptographic systems, which could jeopardize the safety of digital wallets. But don’t worry—modern wallets are already equipped to handle this threat with innovative solutions that make your funds nearly impossible to steal, even by a quantum computer. Let’s explore how this works and why you can rest easy.

The Threat of Quantum Computers

To understand how wallets protect us, we first need to grasp what makes quantum computers so dangerous. At the core of most cryptocurrencies, like Bitcoin, lies public and private key cryptography. The public key (or address) is like your bank account number—you share it to receive funds. The private key is like your PIN—it allows you to send funds and must remain secret.

Traditional cryptography, such as the ECDSA algorithm, relies on mathematical problems that are extremely difficult to solve with conventional computers. For instance, deriving a private key from a public key is practically impossible, as it would take millions of years of computation. However, quantum computers, thanks to algorithms like Shor’s, can significantly speed up this process. Theoretically, a sufficiently powerful quantum computer could uncover a private key from a public key in minutes or even seconds.

This is a problem because if someone gains access to your private key, they can send all your funds to their own address. But here’s the good news—modern wallets use a clever solution to render this threat powerless.

How Do Wallets Protect Us?

One of the most effective defenses against quantum computers is the use of one-time addresses in wallets. This means that for every transaction—whether receiving or sending funds—the wallet automatically generates a new public address. The old address, once used, remains in the transaction history but no longer holds any funds, as they are transferred to a new address.

Why Does This Work?

Imagine you’re sending or receiving cryptocurrency. Your wallet creates a new address for that transaction. After the funds are sent or received, that address becomes “used,” and the wallet automatically generates a new one for the next transaction. If a quantum computer manages to derive the private key from the public address of the used address, it will find nothing—because that address is already empty. Your funds are safely transferred to a new address, whose public key has not yet been exposed.

This strategy is known as HD (Hierarchical Deterministic) wallets. It allows the wallet to generate an infinite number of addresses from a single master key (seed) without compromising security. Each new address is unique and cannot be linked to the previous ones, making it impossible to trace your funds, even with a quantum computer.

Automation Makes It Effortless

The best part? You don’t need to worry about this process—it’s fully automated. When you use a modern wallet like MetaMask, Ledger, Trezor, or software wallets for Bitcoin, everything happens behind the scenes. You simply click “receive” or “send,” and the wallet takes care of generating new addresses. There’s no need to understand the complex technical details or manually manage your keys.

For example:

• You want to receive 0.1 BTC. Your wallet provides a new address, which you share with the sender.
• After receiving the funds, the wallet automatically prepares a new address for the next transaction.
• If you send some of the funds, the remaining amount (known as “change”) is sent to another new address generated by the wallet.

This system ensures that public addresses exposed on the blockchain no longer hold funds, making quantum attacks pointless.

Additional Protection: Toward Post-Quantum Cryptography

Beyond one-time addresses, blockchain developers are also working on post-quantum cryptography—algorithms that are resistant to quantum computers. Some blockchain networks are already experimenting with such solutions, like algorithms based on lattices (lattice-based cryptography). These methods don’t rely on the same mathematical problems that quantum computers can solve, offering long-term protection.

In the meantime, one-time addresses combined with current cryptographic standards provide enough security to safeguard your funds until post-quantum solutions become widely adopted.

Why You Shouldn’t Worry

Modern wallets are designed with the future in mind. They not only protect against today’s threats but also anticipate future risks, such as those posed by quantum computers. One-time addresses make exposed public keys useless to hackers, and automation ensures you don’t need to deal with the technicalities. HD wallets, which automatically generate new addresses, make the process seamless and secure for users.

Public key exposure only happens when necessary, reducing the risk of attacks, even from a quantum computer. In conclusion, while quantum computers pose a potential threat, modern wallets already offer effective solutions that make your cryptocurrencies nearly impossible to steal. With one-time addresses and the upcoming adoption of post-quantum cryptography, you can be confident that your funds are safe—today and tomorrow.

@ 83279ad2:bd49240d

test

@ 4db2f229:205fed9f

https://www.nexusmods.com/newvegas/mods/80258

If you manage to get it up to date / uncorrupt the data, I give you full liberties to:

• The model itself
• Its XMF and/or XML skeleton
• Patching it to be compatible with any other gun mods
• other fixes
• and full credit handed over to you

I think this has honestly been abandoned by it's original developer, and since I am just hanging onto the file? I decided it'd be better maintained in someone elses hands, and with community much more responsible than Nexus. Honestly if I did not archive this mod? It would of been vaporware.

But in it's current state it's not fit for being playable. I did manage to save media of when it was playable however.

@ 4ba8e86d:89d32de4

Como funciona o PGP.

O texto a seguir foi retirado do capítulo 1 do documento Introdução à criptografia na documentação do PGP 6.5.1. Copyright © 1990-1999 Network Associates, Inc. Todos os direitos reservados.

-O que é criptografia? -Criptografia forte -Como funciona a criptografia? -Criptografia convencional -Cifra de César -Gerenciamento de chaves e criptografia convencional -Criptografia de chave pública -Como funciona o PGP - Chaves • Assinaturas digitais -Funções hash • Certificados digitais -Distribuição de certificados -Formatos de certificado •Validade e confiança -Verificando validade -Estabelecendo confiança -Modelos de confiança • Revogação de certificado -Comunicar que um certificado foi revogado -O que é uma senha? -Divisão de chave

Os princípios básicos da criptografia.

Quando Júlio César enviou mensagens aos seus generais, ele não confiou nos seus mensageiros. Então ele substituiu cada A em suas mensagens por um D, cada B por um E, e assim por diante através do alfabeto. Somente alguém que conhecesse a regra “shift by 3” poderia decifrar suas mensagens. E assim começamos.

Criptografia e descriptografia.

Os dados que podem ser lidos e compreendidos sem quaisquer medidas especiais são chamados de texto simples ou texto não criptografado. O método de disfarçar o texto simples de forma a ocultar sua substância é chamado de criptografia. Criptografar texto simples resulta em um jargão ilegível chamado texto cifrado. Você usa criptografia para garantir que as informações sejam ocultadas de qualquer pessoa a quem não se destinam, mesmo daqueles que podem ver os dados criptografados. O processo de reverter o texto cifrado ao texto simples original é chamado de descriptografia . A Figura 1-1 ilustra esse processo.

https://image.nostr.build/0e2fcb71ed86a6083e083abbb683f8c103f44a6c6db1aeb2df10ae51ec97ebe5.jpg

Figura 1-1. Criptografia e descriptografia

O que é criptografia?

Criptografia é a ciência que usa a matemática para criptografar e descriptografar dados. A criptografia permite armazenar informações confidenciais ou transmiti-las através de redes inseguras (como a Internet) para que não possam ser lidas por ninguém, exceto pelo destinatário pretendido. Embora a criptografia seja a ciência que protege os dados, a criptoanálise é a ciência que analisa e quebra a comunicação segura. A criptoanálise clássica envolve uma combinação interessante de raciocínio analítico, aplicação de ferramentas matemáticas, descoberta de padrões, paciência, determinação e sorte. Os criptoanalistas também são chamados de atacantes. A criptologia abrange tanto a criptografia quanto a criptoanálise.

Criptografia forte.

"Existem dois tipos de criptografia neste mundo: a criptografia que impedirá a sua irmã mais nova de ler os seus arquivos, e a criptografia que impedirá os principais governos de lerem os seus arquivos. Este livro é sobre o último." --Bruce Schneier, Criptografia Aplicada: Protocolos, Algoritmos e Código Fonte em C. PGP também trata deste último tipo de criptografia. A criptografia pode ser forte ou fraca, conforme explicado acima. A força criptográfica é medida no tempo e nos recursos necessários para recuperar o texto simples. O resultado de uma criptografia forte é um texto cifrado que é muito difícil de decifrar sem a posse da ferramenta de decodificação apropriada. Quão díficil? Dado todo o poder computacional e o tempo disponível de hoje – mesmo um bilhão de computadores fazendo um bilhão de verificações por segundo – não é possível decifrar o resultado de uma criptografia forte antes do fim do universo. Alguém poderia pensar, então, que uma criptografia forte resistiria muito bem até mesmo contra um criptoanalista extremamente determinado. Quem pode realmente dizer? Ninguém provou que a criptografia mais forte disponível hoje resistirá ao poder computacional de amanhã. No entanto, a criptografia forte empregada pelo PGP é a melhor disponível atualmente.

Contudo, a vigilância e o conservadorismo irão protegê-lo melhor do que as alegações de impenetrabilidade.

Como funciona a criptografia?

Um algoritmo criptográfico, ou cifra, é uma função matemática usada no processo de criptografia e descriptografia. Um algoritmo criptográfico funciona em combinação com uma chave – uma palavra, número ou frase – para criptografar o texto simples. O mesmo texto simples é criptografado em texto cifrado diferente com chaves diferentes. A segurança dos dados criptografados depende inteiramente de duas coisas: a força do algoritmo criptográfico e o sigilo da chave. Um algoritmo criptográfico, mais todas as chaves possíveis e todos os protocolos que o fazem funcionar constituem um criptossistema. PGP é um criptossistema.

Criptografia convencional.

Na criptografia convencional, também chamada de criptografia de chave secreta ou de chave simétrica , uma chave é usada tanto para criptografia quanto para descriptografia. O Data Encryption Standard (DES) é um exemplo de criptossistema convencional amplamente empregado pelo Governo Federal. A Figura 1-2 é uma ilustração do processo de criptografia convencional. https://image.nostr.build/328b73ebaff84c949df2560bbbcec4bc3b5e3a5163d5fbb2ec7c7c60488f894c.jpg

Figura 1-2. Criptografia convencional

Cifra de César.

Um exemplo extremamente simples de criptografia convencional é uma cifra de substituição. Uma cifra de substituição substitui uma informação por outra. Isso é feito com mais frequência compensando as letras do alfabeto. Dois exemplos são o Anel Decodificador Secreto do Capitão Meia-Noite, que você pode ter possuído quando era criança, e a cifra de Júlio César. Em ambos os casos, o algoritmo serve para compensar o alfabeto e a chave é o número de caracteres para compensá-lo. Por exemplo, se codificarmos a palavra "SEGREDO" usando o valor chave de César de 3, deslocaremos o alfabeto para que a terceira letra abaixo (D) comece o alfabeto. Então começando com A B C D E F G H I J K L M N O P Q R S T U V W X Y Z e deslizando tudo para cima em 3, você obtém DEFGHIJKLMNOPQRSTUVWXYZABC onde D=A, E=B, F=C e assim por diante. Usando este esquema, o texto simples, "SECRET" é criptografado como "VHFUHW". Para permitir que outra pessoa leia o texto cifrado, você diz a ela que a chave é 3. Obviamente, esta é uma criptografia extremamente fraca para os padrões atuais, mas, ei, funcionou para César e ilustra como funciona a criptografia convencional.

Gerenciamento de chaves e criptografia convencional.

A criptografia convencional tem benefícios. É muito rápido. É especialmente útil para criptografar dados que não vão a lugar nenhum. No entanto, a criptografia convencional por si só como meio de transmissão segura de dados pode ser bastante cara, simplesmente devido à dificuldade de distribuição segura de chaves. Lembre-se de um personagem do seu filme de espionagem favorito: a pessoa com uma pasta trancada e algemada ao pulso. Afinal, o que há na pasta? Provavelmente não é o código de lançamento de mísseis/fórmula de biotoxina/plano de invasão em si. É a chave que irá descriptografar os dados secretos. Para que um remetente e um destinatário se comuniquem com segurança usando criptografia convencional, eles devem chegar a um acordo sobre uma chave e mantê-la secreta entre si. Se estiverem em locais físicos diferentes, devem confiar em um mensageiro, no Bat Phone ou em algum outro meio de comunicação seguro para evitar a divulgação da chave secreta durante a transmissão. Qualquer pessoa que ouvir ou interceptar a chave em trânsito poderá posteriormente ler, modificar e falsificar todas as informações criptografadas ou autenticadas com essa chave. Do DES ao Anel Decodificador Secreto do Capitão Midnight, o problema persistente com a criptografia convencional é a distribuição de chaves: como você leva a chave ao destinatário sem que alguém a intercepte?

Criptografia de chave pública.

Os problemas de distribuição de chaves são resolvidos pela criptografia de chave pública, cujo conceito foi introduzido por Whitfield Diffie e Martin Hellman em 1975. (Há agora evidências de que o Serviço Secreto Britânico a inventou alguns anos antes de Diffie e Hellman, mas a manteve um segredo militar - e não fez nada com isso.

[JH Ellis: The Possibility of Secure Non-Secret Digital Encryption, CESG Report, January 1970]) A criptografia de chave pública é um esquema assimétrico que usa um par de chaves para criptografia: uma chave pública, que criptografa os dados, e uma chave privada ou secreta correspondente para descriptografia. Você publica sua chave pública para o mundo enquanto mantém sua chave privada em segredo. Qualquer pessoa com uma cópia da sua chave pública pode criptografar informações que somente você pode ler. Até mesmo pessoas que você nunca conheceu. É computacionalmente inviável deduzir a chave privada da chave pública. Qualquer pessoa que possua uma chave pública pode criptografar informações, mas não pode descriptografá-las. Somente a pessoa que possui a chave privada correspondente pode descriptografar as informações. https://image.nostr.build/fdb71ae7a4450a523456827bdd509b31f0250f63152cc6f4ba78df290887318b.jpg

Figura 1-3. Criptografia de chave pública O principal benefício da criptografia de chave pública é que ela permite que pessoas que não possuem nenhum acordo de segurança pré-existente troquem mensagens com segurança. A necessidade de remetente e destinatário compartilharem chaves secretas através de algum canal seguro é eliminada; todas as comunicações envolvem apenas chaves públicas e nenhuma chave privada é transmitida ou compartilhada. Alguns exemplos de criptossistemas de chave pública são Elgamal (nomeado em homenagem a seu inventor, Taher Elgamal), RSA (nomeado em homenagem a seus inventores, Ron Rivest, Adi Shamir e Leonard Adleman), Diffie-Hellman (nomeado, você adivinhou, em homenagem a seus inventores). ) e DSA, o algoritmo de assinatura digital (inventado por David Kravitz). Como a criptografia convencional já foi o único meio disponível para transmitir informações secretas, o custo dos canais seguros e da distribuição de chaves relegou a sua utilização apenas àqueles que podiam pagar, como governos e grandes bancos (ou crianças pequenas com anéis descodificadores secretos). A criptografia de chave pública é a revolução tecnológica que fornece criptografia forte para as massas adultas. Lembra do mensageiro com a pasta trancada e algemada ao pulso? A criptografia de chave pública o tira do mercado (provavelmente para seu alívio).

Como funciona o PGP.

O PGP combina alguns dos melhores recursos da criptografia convencional e de chave pública. PGP é um criptossistema híbrido. Quando um usuário criptografa texto simples com PGP, o PGP primeiro compacta o texto simples. A compactação de dados economiza tempo de transmissão do modem e espaço em disco e, mais importante ainda, fortalece a segurança criptográfica. A maioria das técnicas de criptoanálise explora padrões encontrados no texto simples para quebrar a cifra. A compressão reduz esses padrões no texto simples, aumentando assim enormemente a resistência à criptoanálise. (Arquivos que são muito curtos para compactar ou que não são compactados bem não são compactados.) O PGP então cria uma chave de sessão, que é uma chave secreta única. Esta chave é um número aleatório gerado a partir dos movimentos aleatórios do mouse e das teclas digitadas. Esta chave de sessão funciona com um algoritmo de criptografia convencional rápido e muito seguro para criptografar o texto simples; o resultado é texto cifrado. Depois que os dados são criptografados, a chave da sessão é criptografada na chave pública do destinatário. Essa chave de sessão criptografada com chave pública é transmitida junto com o texto cifrado ao destinatário.

Figura 1-4. Como funciona a criptografia PGP A descriptografia funciona ao contrário. A cópia do PGP do destinatário usa sua chave privada para recuperar a chave de sessão temporária, que o PGP usa para descriptografar o texto cifrado criptografado convencionalmente.

Figura 1-5. Como funciona a descriptografia PGP A combinação dos dois métodos de criptografia combina a conveniência da criptografia de chave pública com a velocidade da criptografia convencional. A criptografia convencional é cerca de 1.000 vezes mais rápida que a criptografia de chave pública. A criptografia de chave pública, por sua vez, fornece uma solução para

problemas de distribuição de chaves e transmissão de dados. Usados ​​em conjunto, o desempenho e a distribuição de chaves são melhorados sem qualquer sacrifício na segurança.

Chaves.

Uma chave é um valor que funciona com um algoritmo criptográfico para produzir um texto cifrado específico. As chaves são basicamente números muito, muito, muito grandes. O tamanho da chave é medido em bits; o número que representa uma chave de 1024 bits é enorme. Na criptografia de chave pública, quanto maior a chave, mais seguro é o texto cifrado. No entanto, o tamanho da chave pública e o tamanho da chave secreta da criptografia convencional não têm nenhuma relação. Uma chave convencional de 80 bits tem a força equivalente a uma chave pública de 1.024 bits. Uma chave convencional de 128 bits é equivalente a uma chave pública de 3.000 bits. Novamente, quanto maior a chave, mais segura, mas os algoritmos usados ​​para cada tipo de criptografia são muito diferentes e, portanto, a comparação é como a de maçãs com laranjas. Embora as chaves pública e privada estejam matematicamente relacionadas, é muito difícil derivar a chave privada dada apenas a chave pública; no entanto, derivar a chave privada é sempre possível, desde que haja tempo e capacidade computacional suficientes. Isto torna muito importante escolher chaves do tamanho certo; grande o suficiente para ser seguro, mas pequeno o suficiente para ser aplicado rapidamente. Além disso, você precisa considerar quem pode estar tentando ler seus arquivos, quão determinados eles estão, quanto tempo têm e quais podem ser seus recursos. Chaves maiores serão criptograficamente seguras por um longo período de tempo. Se o que você deseja criptografar precisar ficar oculto por muitos anos, você pode usar uma chave muito grande. Claro, quem sabe quanto tempo levará para determinar sua chave usando os computadores mais rápidos e eficientes de amanhã? Houve um tempo em que uma chave simétrica de 56 bits era considerada extremamente segura. As chaves são armazenadas de forma criptografada. O PGP armazena as chaves em dois arquivos no seu disco rígido; um para chaves públicas e outro para chaves privadas. Esses arquivos são chamados de chaveiros. Ao usar o PGP, você normalmente adicionará as chaves públicas dos seus destinatários ao seu chaveiro público. Suas chaves privadas são armazenadas em seu chaveiro privado. Se você perder seu chaveiro privado, não será possível descriptografar nenhuma informação criptografada nas chaves desse anel.

Assinaturas digitais.

Um grande benefício da criptografia de chave pública é que ela fornece um método para empregar assinaturas digitais. As assinaturas digitais permitem ao destinatário da informação verificar a autenticidade da origem da informação e também verificar se a informação está intacta. Assim, as assinaturas digitais de chave pública fornecem autenticação e integridade de dados. A assinatura digital também proporciona o não repúdio, o que significa que evita que o remetente alegue que não enviou realmente as informações. Esses recursos são tão fundamentais para a criptografia quanto a privacidade, se não mais. Uma assinatura digital tem a mesma finalidade de uma assinatura manuscrita. No entanto, uma assinatura manuscrita é fácil de falsificar. Uma assinatura digital é superior a uma assinatura manuscrita porque é quase impossível de ser falsificada, além de atestar o conteúdo da informação, bem como a identidade do signatário.

Algumas pessoas tendem a usar mais assinaturas do que criptografia. Por exemplo, você pode não se importar se alguém souber que você acabou de depositar US$ 1.000 em sua conta, mas quer ter certeza de que foi o caixa do banco com quem você estava lidando. A maneira básica pela qual as assinaturas digitais são criadas é ilustrada na Figura 1-6 . Em vez de criptografar informações usando a chave pública de outra pessoa, você as criptografa com sua chave privada. Se as informações puderem ser descriptografadas com sua chave pública, elas deverão ter se originado em você.

Figura 1-6. Assinaturas digitais simples

Funções hash.

O sistema descrito acima apresenta alguns problemas. É lento e produz um enorme volume de dados – pelo menos o dobro do tamanho da informação original. Uma melhoria no esquema acima é a adição de uma função hash unidirecional no processo. Uma função hash unidirecional recebe uma entrada de comprimento variável – neste caso, uma mensagem de qualquer comprimento, até mesmo milhares ou milhões de bits – e produz uma saída de comprimento fixo; digamos, 160 bits. A função hash garante que, se a informação for alterada de alguma forma – mesmo que por apenas um bit – seja produzido um valor de saída totalmente diferente. O PGP usa uma função hash criptograficamente forte no texto simples que o usuário está assinando. Isso gera um item de dados de comprimento fixo conhecido como resumo da mensagem. (Novamente, qualquer alteração nas informações resulta em um resumo totalmente diferente.) Então o PGP usa o resumo e a chave privada para criar a “assinatura”. O PGP transmite a assinatura e o texto simples juntos. Ao receber a mensagem, o destinatário utiliza o PGP para recalcular o resumo, verificando assim a assinatura. O PGP pode criptografar o texto simples ou não; assinar texto simples é útil se alguns dos destinatários não estiverem interessados ​​ou não forem capazes de verificar a assinatura. Desde que uma função hash segura seja usada, não há como retirar a assinatura de alguém de um documento e anexá-la a outro, ou alterar uma mensagem assinada de qualquer forma. A menor alteração em um documento assinado causará falha no processo de verificação da assinatura digital.

Figura 1-7. Assinaturas digitais seguras As assinaturas digitais desempenham um papel importante na autenticação e validação de chaves de outros usuários PGP.

Certificados digitais.

Um problema com os criptosistemas de chave pública é que os usuários devem estar constantemente vigilantes para garantir que estão criptografando com a chave da pessoa correta. Num ambiente onde é seguro trocar chaves livremente através de servidores públicos, os ataques man-in-the-middle são uma ameaça potencial. Neste tipo de ataque, alguém publica uma chave falsa com o nome e ID de usuário do destinatário pretendido. Os dados criptografados – e interceptados por – o verdadeiro proprietário desta chave falsa estão agora em mãos erradas. Em um ambiente de chave pública, é vital que você tenha certeza de que a chave pública para a qual você está criptografando os dados é de fato a chave pública do destinatário pretendido e não uma falsificação. Você pode simplesmente criptografar apenas as chaves que foram entregues fisicamente a você. Mas suponha que você precise trocar informações com pessoas que nunca conheceu; como você pode saber se tem a chave correta? Os certificados digitais, ou certs, simplificam a tarefa de estabelecer se uma chave pública realmente pertence ao suposto proprietário. Um certificado é uma forma de credencial. Exemplos podem ser sua carteira de motorista, seu cartão de previdência social ou sua certidão de nascimento. Cada um deles contém algumas informações que identificam você e alguma autorização informando que outra pessoa confirmou sua identidade. Alguns certificados, como o seu passaporte, são uma confirmação importante o suficiente da sua identidade para que você não queira perdê-los, para que ninguém os use para se passar por você.

Um certificado digital são dados que funcionam como um certificado físico. Um certificado digital é uma informação incluída na chave pública de uma pessoa que ajuda outras pessoas a verificar se uma chave é genuína ou válida. Os certificados digitais são usados ​​para impedir tentativas de substituir a chave de uma pessoa por outra.

Um certificado digital consiste em três coisas:

● Uma chave pública.

● Informações do certificado. (Informações de "identidade" sobre o usuário, como nome, ID do usuário e assim por diante.) ● Uma ou mais assinaturas digitais.

O objetivo da assinatura digital em um certificado é afirmar que as informações do certificado foram atestadas por alguma outra pessoa ou entidade. A assinatura digital não atesta a autenticidade do certificado como um todo; ele atesta apenas que as informações de identidade assinadas acompanham ou estão vinculadas à chave pública. Assim, um certificado é basicamente uma chave pública com uma ou duas formas de identificação anexadas, além de um forte selo de aprovação de algum outro indivíduo confiável. Figura 1-8. Anatomia de um certificado PGP

Distribuição de certificados.

Os certificados são utilizados quando é necessário trocar chaves públicas com outra pessoa. Para pequenos grupos de pessoas que desejam se comunicar com segurança, é fácil trocar manualmente disquetes ou e-mails contendo a chave pública de cada proprietário. Esta é a distribuição manual de chave pública e é prática apenas até certo ponto. Além desse ponto, é necessário implementar sistemas que possam fornecer os mecanismos necessários de segurança, armazenamento e troca para que colegas de trabalho, parceiros de negócios ou estranhos possam se comunicar, se necessário. Eles podem vir na forma de repositórios somente de armazenamento, chamados Servidores de Certificados, ou sistemas mais estruturados que fornecem recursos adicionais de gerenciamento de chaves e são chamados de Infraestruturas de Chave Pública (PKIs).

Servidores de certificados.

Um servidor de certificados, também chamado de servidor certificado ou servidor de chaves, é um banco de dados que permite aos usuários enviar e recuperar certificados digitais. Um servidor certificado geralmente fornece alguns recursos administrativos que permitem que uma empresa mantenha suas políticas de segurança – por exemplo, permitindo que apenas as chaves que atendam a determinados requisitos sejam armazenadas.

Infraestruturas de Chave Pública.

Uma PKI contém os recursos de armazenamento de certificados de um servidor de certificados, mas também fornece recursos de gerenciamento de certificados (a capacidade de emitir, revogar, armazenar, recuperar e confiar em certificados). A principal característica de uma PKI é a introdução do que é conhecido como Autoridade Certificadora,ou CA, que é uma entidade humana — uma pessoa, grupo, departamento, empresa ou outra associação — que uma organização autorizou a emitir certificados para seus usuários de computador. (A função de uma CA é análoga à do Passport Office do governo de um país.) Uma CA cria certificados e os assina digitalmente usando a chave privada da CA. Devido ao seu papel na criação de certificados, a CA é o componente central de uma PKI. Usando a chave pública da CA, qualquer pessoa que queira verificar a autenticidade de um certificado verifica a assinatura digital da CA emissora e, portanto, a integridade do conteúdo do certificado (mais importante ainda, a chave pública e a identidade do titular do certificado).

Formatos de certificado.

Um certificado digital é basicamente uma coleção de informações de identificação vinculadas a uma chave pública e assinadas por um terceiro confiável para provar sua autenticidade. Um certificado digital pode ter vários formatos diferentes.

O PGP reconhece dois formatos de certificado diferentes:

● Certificados PGP ● Certificados X.509 Formato do certificado PGP. Um certificado PGP inclui (mas não está limitado a) as seguintes informações: ● O número da versão do PGP — identifica qual versão do PGP foi usada para criar a chave associada ao certificado. A chave pública do titular do certificado — a parte pública do seu par de chaves, juntamente com o algoritmo da chave: RSA, DH (Diffie-Hellman) ou DSA (Algoritmo de Assinatura Digital).

● As informações do detentor do certificado — consistem em informações de “identidade” sobre o usuário, como seu nome, ID de usuário, fotografia e assim por diante. ● A assinatura digital do proprietário do certificado — também chamada de autoassinatura, é a assinatura que utiliza a chave privada correspondente da chave pública associada ao certificado. ● O período de validade do certificado — a data/hora de início e a data/hora de expiração do certificado; indica quando o certificado irá expirar. ● O algoritmo de criptografia simétrica preferido para a chave — indica o algoritmo de criptografia para o qual o proprietário do certificado prefere que as informações sejam criptografadas. Os algoritmos suportados são CAST, IDEA ou Triple-DES. Você pode pensar em um certificado PGP como uma chave pública com um ou mais rótulos vinculados a ele (veja a Figura 1.9 ). Nessas 'etiquetas' você encontrará informações que identificam o proprietário da chave e uma assinatura do proprietário da chave, que afirma que a chave e a identificação andam juntas. (Essa assinatura específica é chamada de autoassinatura; todo certificado PGP contém uma autoassinatura.) Um aspecto único do formato de certificado PGP é que um único certificado pode conter múltiplas assinaturas. Várias ou muitas pessoas podem assinar o par chave/identificação para atestar a sua própria garantia de que a chave pública pertence definitivamente ao proprietário especificado. Se você procurar em um servidor de certificados público, poderá notar que certos certificados, como o do criador do PGP, Phil Zimmermann, contêm muitas assinaturas. Alguns certificados PGP consistem em uma chave pública com vários rótulos, cada um contendo um meio diferente de identificar o proprietário da chave (por exemplo, o nome do proprietário e a conta de e-mail corporativa, o apelido do proprietário e a conta de e-mail residencial, uma fotografia do proprietário — tudo em um certificado). A lista de assinaturas de cada uma dessas identidades pode ser diferente; as assinaturas atestam a autenticidade de que um dos rótulos pertence à chave pública, e não que todos os rótulos da chave sejam autênticos. (Observe que 'autêntico' está nos olhos de quem vê - assinaturas são opiniões, e diferentes pessoas dedicam diferentes níveis de devida diligência na verificação da autenticidade antes de assinar uma chave.) Figura 1-9. Um certificado PGP

Formato de certificado X.509.

X.509 é outro formato de certificado muito comum. Todos os certificados X.509 estão em conformidade com o padrão internacional ITU-T X.509; assim (teoricamente) os certificados X.509 criados para um aplicativo podem ser usados ​​por qualquer aplicativo compatível com X.509. Na prática, porém, diferentes empresas criaram suas próprias extensões para certificados X.509, e nem todas funcionam juntas. Um certificado exige que alguém valide que uma chave pública e o nome do proprietário da chave andam juntos. Com os certificados PGP, qualquer pessoa pode desempenhar o papel de validador. Com certificados X.509, o validador é sempre uma Autoridade Certificadora ou alguém designado por uma CA. (Tenha em mente que os certificados PGP também suportam totalmente uma estrutura hierárquica usando uma CA para validar certificados.)

Um certificado X.509 é uma coleção de um conjunto padrão de campos contendo informações sobre um usuário ou dispositivo e sua chave pública correspondente. O padrão X.509 define quais informações vão para o certificado e descreve como codificá-lo (o formato dos dados). Todos os certificados X.509 possuem os seguintes dados:

O número da versão X.509

— identifica qual versão do padrão X.509 se aplica a este certificado, o que afeta quais informações podem ser especificadas nele. A mais atual é a versão 3.

A chave pública do titular do certificado

— a chave pública do titular do certificado, juntamente com um identificador de algoritmo que especifica a qual sistema criptográfico a chave pertence e quaisquer parâmetros de chave associados.

O número de série do certificado

— a entidade (aplicação ou pessoa) que criou o certificado é responsável por atribuir-lhe um número de série único para distingui-lo de outros certificados que emite. Esta informação é usada de diversas maneiras; por exemplo, quando um certificado é revogado, seu número de série é colocado em uma Lista de Revogação de Certificados ou CRL.

O identificador exclusivo do detentor do certificado

— (ou DN — nome distinto). Este nome pretende ser exclusivo na Internet. Este nome pretende ser exclusivo na Internet. Um DN consiste em múltiplas subseções e pode ser parecido com isto: CN=Bob Allen, OU=Divisão Total de Segurança de Rede, O=Network Associates, Inc., C=EUA (Referem-se ao nome comum, à unidade organizacional, à organização e ao país do sujeito .)

O período de validade do certificado

— a data/hora de início e a data/hora de expiração do certificado; indica quando o certificado irá expirar.

O nome exclusivo do emissor do certificado

— o nome exclusivo da entidade que assinou o certificado. Normalmente é uma CA. A utilização do certificado implica confiar na entidade que assinou este certificado. (Observe que em alguns casos, como certificados de CA raiz ou de nível superior , o emissor assina seu próprio certificado.)

A assinatura digital do emitente

— a assinatura utilizando a chave privada da entidade que emitiu o certificado.

O identificador do algoritmo de assinatura

— identifica o algoritmo usado pela CA para assinar o certificado.

Existem muitas diferenças entre um certificado X.509 e um certificado PGP, mas as mais importantes são as seguintes: você pode criar seu próprio certificado PGP;

● você deve solicitar e receber um certificado X.509 de uma autoridade de certificação

● Os certificados X.509 suportam nativamente apenas um único nome para o proprietário da chave

● Os certificados X.509 suportam apenas uma única assinatura digital para atestar a validade da chave

Para obter um certificado X.509, você deve solicitar a uma CA a emissão de um certificado. Você fornece sua chave pública, prova de que possui a chave privada correspondente e algumas informações específicas sobre você. Em seguida, você assina digitalmente as informações e envia o pacote completo – a solicitação de certificado – para a CA. A CA então realiza algumas diligências para verificar se as informações fornecidas estão corretas e, em caso afirmativo, gera o certificado e o devolve.

Você pode pensar em um certificado X.509 como um certificado de papel padrão (semelhante ao que você recebeu ao concluir uma aula de primeiros socorros básicos) com uma chave pública colada nele. Ele contém seu nome e algumas informações sobre você, além da assinatura da pessoa que o emitiu para você.

Figura 1-10. Um certificado X.509 Provavelmente, o uso mais visível dos certificados X.509 atualmente é em navegadores da web.

Validade e confiança Cada usuário em um sistema de chave pública está vulnerável a confundir uma chave falsa (certificado) com uma chave real. Validade é a confiança de que um certificado de chave pública pertence ao seu suposto proprietário. A validade é essencial em um ambiente de chave pública onde você deve estabelecer constantemente se um determinado certificado é autêntico ou não. Depois de ter certeza de que um certificado pertencente a outra pessoa é válido, você pode assinar a cópia em seu chaveiro para atestar que verificou o certificado e que ele é autêntico. Se quiser que outras pessoas saibam que você deu ao certificado seu selo de aprovação, você pode exportar a assinatura para um servidor de certificados para que outras pessoas possam vê-la.

Conforme descrito na seção Infraestruturas de Chave Pública , algumas empresas designam uma ou mais Autoridades de Certificação (CAs) para indicar a validade do certificado. Em uma organização que usa uma PKI com certificados X.509, é função da CA emitir certificados aos usuários — um processo que geralmente envolve responder à solicitação de certificado do usuário. Em uma organização que usa certificados PGP sem PKI, é função da CA verificar a autenticidade de todos os certificados PGP e depois assinar os bons. Basicamente, o objetivo principal de uma CA é vincular uma chave pública às informações de identificação contidas no certificado e, assim, garantir a terceiros que algum cuidado foi tomado para garantir que esta ligação das informações de identificação e da chave seja válida. O CA é o Grand Pooh-bah da validação em uma organização; alguém em quem todos confiam e, em algumas organizações, como aquelas que utilizam uma PKI, nenhum certificado é considerado válido, a menos que tenha sido assinado por uma CA confiável.

Verificando validade.

Uma maneira de estabelecer a validade é passar por algum processo manual. Existem várias maneiras de fazer isso. Você pode exigir que o destinatário pretendido lhe entregue fisicamente uma cópia de sua chave pública. Mas isto é muitas vezes inconveniente e ineficiente. Outra forma é verificar manualmente a impressão digital do certificado. Assim como as impressões digitais de cada ser humano são únicas, a impressão digital de cada certificado PGP é única. A impressão digital é um hash do certificado do usuário e aparece como uma das propriedades do certificado. No PGP, a impressão digital pode aparecer como um número hexadecimal ou uma série das chamadas palavras biométricas, que são foneticamente distintas e são usadas para facilitar um pouco o processo de identificação da impressão digital. Você pode verificar se um certificado é válido ligando para o proprietário da chave (para que você origine a transação) e pedindo ao proprietário que leia a impressão digital de sua chave para você e compare essa impressão digital com aquela que você acredita ser a verdadeira. Isso funciona se você conhece a voz do proprietário, mas como verificar manualmente a identidade de alguém que você não conhece? Algumas pessoas colocam a impressão digital de sua chave em seus cartões de visita exatamente por esse motivo. Outra forma de estabelecer a validade do certificado de alguém é confiar que um terceiro indivíduo passou pelo processo de validação do mesmo. Uma CA, por exemplo, é responsável por garantir que, antes de emitir um certificado, ele ou ela o verifique cuidadosamente para ter certeza de que a parte da chave pública realmente pertence ao suposto proprietário. Qualquer pessoa que confie na CA considerará automaticamente quaisquer certificados assinados pela CA como válidos. Outro aspecto da verificação da validade é garantir que o certificado não foi revogado. Para obter mais informações, consulte a seção Revogação de certificado .

Estabelecendo confiança.

Você valida certificados. Você confia nas pessoas. Mais especificamente, você confia nas pessoas para validar os certificados de outras pessoas. Normalmente, a menos que o proprietário lhe entregue o certificado, você terá que confiar na palavra de outra pessoa de que ele é válido.

Introdutores meta e confiáveis.

​​Na maioria das situações, as pessoas confiam completamente na CA para estabelecer a validade dos certificados. Isso significa que todos os demais dependem da CA para passar por todo o processo de validação manual. Isso é aceitável até um certo número de usuários ou locais de trabalho e, então, não é possível para a AC manter o mesmo nível de validação de qualidade. Nesse caso, é necessário adicionar outros validadores ao sistema.

Um CA também pode ser um meta- introdutor. Um meta-introdutor confere não apenas validade às chaves, mas também confere a capacidade de confiar nas chaves a outros. Semelhante ao rei que entrega seu selo a seus conselheiros de confiança para que eles possam agir de acordo com sua autoridade, o meta-introdutor permite que outros atuem como introdutores de confiança. Esses introdutores confiáveis ​​podem validar chaves com o mesmo efeito do meta-introdutor. Eles não podem, entretanto, criar novos introdutores confiáveis.

Meta-introdutor e introdutor confiável são termos PGP. Em um ambiente X.509, o meta-introdutor é chamado de Autoridade de Certificação raiz ( CA raiz) e os introdutores confiáveis ​​são Autoridades de Certificação subordinadas . A CA raiz usa a chave privada associada a um tipo de certificado especial denominado certificado CA raiz para assinar certificados. Qualquer certificado assinado pelo certificado CA raiz é visto como válido por qualquer outro certificado assinado pela raiz. Este processo de validação funciona mesmo para certificados assinados por outras CAs no sistema — desde que o certificado da CA raiz tenha assinado o certificado da CA subordinada, qualquer certificado assinado pela CA será considerado válido para outras pessoas dentro da hierarquia. Este processo de verificação de backup por meio do sistema para ver quem assinou cujo certificado é chamado de rastreamento de um caminho de certificação ou cadeia de certificação.

Modelos de confiança.

Em sistemas relativamente fechados, como em uma pequena empresa, é fácil rastrear um caminho de certificação até a CA raiz. No entanto, os usuários muitas vezes precisam se comunicar com pessoas fora do seu ambiente corporativo, incluindo algumas que nunca conheceram, como fornecedores, consumidores, clientes, associados e assim por diante. É difícil estabelecer uma linha de confiança com aqueles em quem sua CA não confia explicitamente. As empresas seguem um ou outro modelo de confiança, que determina como os usuários irão estabelecer a validade do certificado. Existem três modelos diferentes:

Confiança Direta.

Confiança Hierárquica Uma teia de confiança Confiança direta A confiança direta é o modelo de confiança mais simples. Neste modelo, um usuário confia que uma chave é válida porque sabe de onde ela veio. Todos os criptosistemas usam essa forma de confiança de alguma forma. Por exemplo, em navegadores da Web, as chaves raiz da Autoridade de Certificação são diretamente confiáveis ​​porque foram enviadas pelo fabricante. Se houver alguma forma de hierarquia, ela se estenderá a partir desses certificados diretamente confiáveis. No PGP, um usuário que valida as chaves e nunca define outro certificado para ser um introdutor confiável está usando confiança direta. Figura 1-11. Confiança direta

Confiança Hierárquica.

Em um sistema hierárquico, há vários certificados "raiz" a partir dos quais a confiança se estende. Esses certificados podem certificar eles próprios certificados ou podem certificar certificados que certificam ainda outros certificados em alguma cadeia. Considere isso como uma grande “árvore” de confiança. A validade do certificado "folha" é verificada rastreando desde seu certificador até outros certificadores, até que um certificado raiz diretamente confiável seja encontrado.

Figura 1-12. Confiança hierárquica

Teia de Confiança.

Uma teia de confiança abrange ambos os outros modelos, mas também acrescenta a noção de que a confiança está nos olhos de quem vê (que é a visão do mundo real) e a ideia de que mais informação é melhor. É, portanto, um modelo de confiança cumulativa. Um certificado pode ser confiável diretamente ou confiável em alguma cadeia que remonta a um certificado raiz diretamente confiável (o meta-introdutor) ou por algum grupo de introdutores.

Talvez você já tenha ouvido falar do termo seis graus de separação, que sugere que qualquer pessoa no mundo pode determinar algum vínculo com qualquer outra pessoa no mundo usando seis ou menos outras pessoas como intermediários. Esta é uma teia de introdutores. É também a visão de confiança do PGP. PGP usa assinaturas digitais como forma de introdução. Quando qualquer usuário assina a chave de outro, ele ou ela se torna o introdutor dessa chave. À medida que esse processo avança, ele estabelece uma rede de confiança.

Em um ambiente PGP, qualquer usuário pode atuar como autoridade certificadora. Qualquer usuário PGP pode validar o certificado de chave pública de outro usuário PGP. No entanto, tal certificado só é válido para outro usuário se a parte confiável reconhecer o validador como um introdutor confiável. (Ou seja, você confia na minha opinião de que as chaves dos outros são válidas apenas se você me considerar um apresentador confiável. Caso contrário, minha opinião sobre a validade das outras chaves é discutível.) Armazenados no chaveiro público de cada usuário estão indicadores de

● se o usuário considera ou não uma chave específica válida

● o nível de confiança que o usuário deposita na chave que o proprietário da chave pode servir como certificador das chaves de terceiros

Você indica, na sua cópia da minha chave, se acha que meu julgamento conta. Na verdade, é um sistema de reputação: certas pessoas têm a reputação de fornecer boas assinaturas e as pessoas confiam nelas para atestar a validade de outras chaves.

Níveis de confiança no PGP.

O nível mais alto de confiança em uma chave, a confiança implícita , é a confiança em seu próprio par de chaves. O PGP assume que se você possui a chave privada, você deve confiar nas ações da sua chave pública relacionada. Quaisquer chaves assinadas pela sua chave implicitamente confiável são válidas.

Existem três níveis de confiança que você pode atribuir à chave pública de outra pessoa:

● Confiança total ● Confiança marginal ● Não confiável (ou não confiável)

Para tornar as coisas confusas, também existem três níveis de validade:

● Válido ● Marginalmente válido ● Inválido

Para definir a chave de outra pessoa como um introdutor confiável, você

1. Comece com uma chave válida, que seja.
2. assinado por você ou

3. assinado por outro apresentador confiável e então

4. Defina o nível de confiança que você acha que o proprietário da chave tem direito.

Por exemplo, suponha que seu chaveiro contenha a chave de Alice. Você validou a chave de Alice e indica isso assinando-a. Você sabe que Alice é uma verdadeira defensora da validação de chaves de outras pessoas. Portanto, você atribui a chave dela com confiança total. Isso faz de Alice uma Autoridade Certificadora. Se Alice assinar a chave de outra pessoa, ela aparecerá como Válida em seu chaveiro. O PGP requer uma assinatura Totalmente confiável ou duas assinaturas Marginalmente confiáveis ​​para estabelecer uma chave como válida. O método do PGP de considerar dois Marginais iguais a um Completo é semelhante a um comerciante que solicita duas formas de identificação. Você pode considerar Alice bastante confiável e também considerar Bob bastante confiável. Qualquer um deles sozinho corre o risco de assinar acidentalmente uma chave falsificada, portanto, você pode não depositar total confiança em nenhum deles. No entanto, as probabilidades de ambos os indivíduos terem assinado a mesma chave falsa são provavelmente pequenas.

Revogação de certificado.

Os certificados só são úteis enquanto são válidos. Não é seguro simplesmente presumir que um certificado é válido para sempre. Na maioria das organizações e em todas as PKIs, os certificados têm uma vida útil restrita. Isso restringe o período em que um sistema fica vulnerável caso ocorra um comprometimento do certificado.

Os certificados são assim criados com um período de validade programado: uma data/hora de início e uma data/hora de expiração. Espera-se que o certificado seja utilizável durante todo o seu período de validade (seu tempo de vida ). Quando o certificado expirar, ele não será mais válido, pois a autenticidade do seu par chave/identificação não estará mais garantida. (O certificado ainda pode ser usado com segurança para reconfirmar informações que foram criptografadas ou assinadas dentro do período de validade – no entanto, ele não deve ser confiável para tarefas criptográficas futuras.)

Existem também situações em que é necessário invalidar um certificado antes da sua data de expiração, como quando o titular do certificado termina o contrato de trabalho com a empresa ou suspeita que a chave privada correspondente do certificado foi comprometida. Isso é chamado de revogação. Um certificado revogado é muito mais suspeito do que um certificado expirado. Os certificados expirados são inutilizáveis, mas não apresentam a mesma ameaça de comprometimento que um certificado revogado. Qualquer pessoa que tenha assinado um certificado pode revogar a sua assinatura no certificado (desde que utilize a mesma chave privada que criou a assinatura). Uma assinatura revogada indica que o signatário não acredita mais que a chave pública e as informações de identificação pertencem uma à outra, ou que a chave pública do certificado (ou a chave privada correspondente) foi comprometida. Uma assinatura revogada deve ter quase tanto peso quanto um certificado revogado. Com certificados X.509, uma assinatura revogada é praticamente igual a um certificado revogado, visto que a única assinatura no certificado é aquela que o tornou válido em primeiro lugar – a assinatura da CA. Os certificados PGP fornecem o recurso adicional de que você pode revogar todo o seu certificado (não apenas as assinaturas nele) se você achar que o certificado foi comprometido. Somente o proprietário do certificado (o detentor da chave privada correspondente) ou alguém que o proprietário do certificado tenha designado como revogador pode revogar um certificado PGP. (Designar um revogador é uma prática útil, pois muitas vezes é a perda da senha da chave privada correspondente do certificado que leva um usuário PGP a revogar seu certificado - uma tarefa que só é possível se alguém tiver acesso à chave privada. ) Somente o emissor do certificado pode revogar um certificado X.509.

Comunicar que um certificado foi revogado.

Quando um certificado é revogado, é importante conscientizar os usuários potenciais do certificado de que ele não é mais válido. Com certificados PGP, a maneira mais comum de comunicar que um certificado foi revogado é publicá-lo em um servidor de certificados para que outras pessoas que desejem se comunicar com você sejam avisadas para não usar essa chave pública. Em um ambiente PKI, a comunicação de certificados revogados é mais comumente obtida por meio de uma estrutura de dados chamada Lista de Revogação de Certificados, ou CRL, que é publicada pela CA. A CRL contém uma lista validada com carimbo de data e hora de todos os certificados revogados e não expirados no sistema. Os certificados revogados permanecem na lista apenas até expirarem e, em seguida, são removidos da lista — isso evita que a lista fique muito longa. A CA distribui a CRL aos usuários em algum intervalo programado regularmente (e potencialmente fora do ciclo, sempre que um certificado é revogado). Teoricamente, isso impedirá que os usuários usem involuntariamente um certificado comprometido. É possível, no entanto, que haja um período de tempo entre as CRLs em que um certificado recentemente comprometido seja usado.

O que é uma senha?

A maioria das pessoas está familiarizada com a restrição de acesso a sistemas de computador por meio de uma senha, que é uma sequência única de caracteres que um usuário digita como código de identificação.

Uma senha longa é uma versão mais longa de uma senha e, em teoria, mais segura. Normalmente composta por várias palavras, uma frase secreta é mais segura contra ataques de dicionário padrão, em que o invasor tenta todas as palavras do dicionário na tentativa de determinar sua senha. As melhores senhas são relativamente longas e complexas e contêm uma combinação de letras maiúsculas e minúsculas, caracteres numéricos e de pontuação. O PGP usa uma senha para criptografar sua chave privada em sua máquina. Sua chave privada é criptografada em seu disco usando um hash de sua senha como chave secreta. Você usa a senha para descriptografar e usar sua chave privada. Uma senha deve ser difícil de esquecer e difícil de ser adivinhada por outras pessoas. Deve ser algo já firmemente enraizado na sua memória de longo prazo, em vez de algo que você invente do zero. Por que? Porque se você esquecer sua senha, você estará sem sorte. Sua chave privada é total e absolutamente inútil sem sua senha e nada pode ser feito a respeito. Lembra-se da citação anterior neste capítulo?

PGP é a criptografia que manterá os principais governos fora dos seus arquivos. Certamente também o manterá fora de seus arquivos. Tenha isso em mente quando decidir alterar sua senha para a piada daquela piada que você nunca consegue lembrar.

Divisão de chave.

Dizem que um segredo não é segredo se for conhecido por mais de uma pessoa. Compartilhar um par de chaves privadas representa um grande problema. Embora não seja uma prática recomendada, às vezes é necessário compartilhar um par de chaves privadas. Chaves de assinatura corporativa, por exemplo, são chaves privadas usadas por uma empresa para assinar – por exemplo – documentos legais, informações pessoais confidenciais ou comunicados de imprensa para autenticar sua origem. Nesse caso, vale a pena que vários membros da empresa tenham acesso à chave privada. No entanto, isto significa que qualquer indivíduo pode agir plenamente em nome da empresa. Nesse caso, é aconselhável dividir a chave entre várias pessoas, de modo que mais de uma ou duas pessoas apresentem um pedaço da chave para reconstituí-la em condições utilizáveis. Se poucas peças da chave estiverem disponíveis, a chave ficará inutilizável. Alguns exemplos são dividir uma chave em três partes e exigir duas delas para reconstituir a chave, ou dividi-la em duas partes e exigir ambas as peças. Se uma conexão de rede segura for usada durante o processo de reconstituição, os acionistas da chave não precisam estar fisicamente presentes para aderirem novamente à chave.

@ bc52210b:20bfc6de

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Imagine a world where clean, safe, and efficient nuclear power can be delivered to any corner of the globe, powering everything from small villages to bustling cities. This vision is becoming a reality with the development of nuclear modular plants—compact, portable nuclear reactors that can be shipped in standard containers and set up quickly to provide reliable energy. These innovative power sources use fission—the process of splitting atomic nuclei to release energy, the same fundamental principle that powers traditional nuclear plants—but with a twist: they utilize thorium as fuel and a molten salt system for cooling and fuel delivery. This combination offers a host of benefits that could revolutionize how we think about nuclear energy.

Portability and Deployment

One of the most significant advantages of these nuclear modular plants is their portability. Designed to fit within standard shipping containers, these reactors can be transported by truck, ship, or even air to virtually any location. This makes them ideal for remote communities, disaster relief efforts, or military operations where traditional power infrastructure is lacking or damaged. Setting up a conventional power plant typically takes years, but these modular units can be operational in a matter of weeks, providing a rapid solution to energy needs.

Safety Features

Safety is a paramount concern in nuclear energy, and modular thorium molten salt reactors (MSRs) offer several inherent safety advantages. Unlike traditional reactors that use water under high pressure, MSRs operate at atmospheric pressure, eliminating the risk of pressure-related accidents. The fuel is dissolved in the molten salt, which means there's no solid fuel that could melt down. If the reactor overheats, the salt expands, naturally slowing the fission reaction—a built-in safety mechanism. Additionally, thorium-based fuels produce less long-lived radioactive waste, reducing the long-term environmental impact.

Efficiency and Abundance

Thorium is a more abundant resource than uranium, with estimates suggesting it is three to four times more plentiful in the Earth's crust. This abundance makes thorium a sustainable fuel choice for the future. Moreover, MSRs can operate at higher temperatures than traditional reactors, leading to greater thermal efficiency. This means more electricity can be generated from the same amount of fuel, making the energy production process more efficient and cost-effective in the long run.

Scalability

The modular design of these reactors allows for scalability to meet varying power demands. A single unit might power a small community, while multiple units can be combined to serve larger towns or cities. This flexibility is particularly useful for growing populations or regions with fluctuating energy needs. As demand increases, additional modules can be added without the need for extensive new infrastructure.

Cost-Effectiveness

While the initial investment in nuclear modular plants may be significant, the long-term operational costs can be lower than traditional power sources. The high efficiency of MSRs means less fuel is needed over time, and the reduced waste production lowers disposal costs. Additionally, the ability to mass-produce these modular units could drive down manufacturing costs, making nuclear power more accessible and affordable.

Environmental Impact

Nuclear power is already one of the cleanest energy sources in terms of carbon emissions, and thorium MSRs take this a step further. By producing less long-lived waste and utilizing a more abundant fuel, these reactors offer a more sustainable path for nuclear energy. Furthermore, their ability to provide reliable baseload power can help reduce reliance on fossil fuels, contributing to global efforts to combat climate change.

Challenges and Considerations

Despite these benefits, there are challenges to overcome before nuclear modular plants can be widely deployed. The technology for thorium MSRs is still in the developmental stage, with ongoing research needed to address issues such as material corrosion and fuel processing. Regulatory frameworks will also need to adapt to this new type of reactor, and public perception of nuclear energy remains a hurdle in many regions. However, with continued investment and innovation, these obstacles can be addressed.

Conclusion

In conclusion, nuclear modular plants using thorium and molten salt systems represent a promising advancement in nuclear technology. Their portability, safety features, efficiency, scalability, and environmental benefits make them an attractive option for meeting the world's growing energy needs. While challenges remain, the potential of these reactors to provide clean, reliable power to communities around the globe is undeniable. As research and development continue, we may soon see a new era of nuclear energy that is safer, more efficient, and more accessible than ever before.

@ de6c63ab:d028389b

Honestly, I didn’t think this would still be a thing in 2025, but every once in a while it pops up again:

“Bitcoin? Uh, I don’t know… but blockchain, now that could be useful! 🤌”

“Blockchain is one of the most important technologies of our time. Maybe you know it from crypto, but it’s so much more. It’s a way to store and verify data securely, transparently, and without a middleman. That’s why it’s going to revolutionize banking, healthcare, logistics, and even government!”

“Blockchain is transforming how we store, share, and verify information. Its benefits go far beyond cryptocurrencies. Understanding it today means preparing for tomorrow, because blockchain is guaranteed to play a major role in the future.”

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Blockchain

When people say "blockchain," they usually mean the bitcoin database — with all its unique properties — even when they’re imagining using it elsewhere.

But here’s the thing: blockchain by itself isn’t some revolutionary breakthrough.
Stripped from bitcoin, it’s just a fancy list of records, each pointing to the previous one with a reference (typically a hash).
That's it.

This idea — chaining data together — isn’t new.
It goes back to at least 1991, when Haber and Stornetta proposed it for timestamping documents.

By itself, blockchain isn’t secure (you can always rewrite past records if you recompute the chain), isn’t necessarily transparent (the data can be encrypted or hidden), and doesn't magically remove the need for trust (if someone logs soccer scores into a blockchain, you still have to trust they reported the results honestly).

What actually makes bitcoin’s blockchain secure and trustworthy is the system around it — the economic incentives, the ruthless competition for block rights, and the distributed consensus mechanics.

Without those, blockchain is just another database.

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How Does Bitcoin Make It Work?

To understand why, we need to zoom in a little.

Superficially, bitcoin’s blockchain looks like a simple ledger — a record of transactions grouped into blocks. A transaction means someone spent bitcoin — unlocking it and locking it up again for someone else.

But here’s the key:
Every participant can independently verify whether each transaction is valid, with no outside help and no trust required.

Think of every transaction like a math equation.
Something like: x + 7 = 5, with the solution x = -2.
You don’t need anyone to tell you if it’s correct — you can check it yourself.

Of course, bitcoin’s equations are far more complex.
They involve massive numbers and strange algebraic structures, where solving without the right key is practically impossible, but verifying a solution is easy.

This is why only someone with the private key can authorize a transaction.

In a way, "solving" these equations is how you prove your right to spend bitcoin.
Ownership and transfers are purely a matter of internal system math — no external authority needed.

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Could We Use Blockchain for Other Stuff?

Could we use a blockchain to independently verify medical records, soccer scores, or property ownership?

No.

Blockchain can't magically calculate whether you broke your arm, whether Real Madrid tied against Barcelona, or who owns a cottage in some village.

It can verify that someone owns bitcoin at a particular address, because that's just solving equations inside the system.

But anything that depends on outside facts?
Blockchain can't help you there.

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Why Does Everyone Stick to One Version?

Another big question:
Why do people in bitcoin agree on the same version of history?

Because of proof-of-work.

To add a new block, you have to find a specific giant number — the nonce — that, together with the block’s contents, satisfies a predefined condition.

You can't calculate the nonce directly — you have to guess, billions of times per second, until you hit the jackpot.
It takes minutes of relentless effort.

An invalid transaction would invalidate the entire block, wasting all the miner’s effort.

If the block is valid, the miner earns a reward — newly minted bitcoins plus transaction fees — making the massive effort worthwhile.

And importantly, because each block is built on top of all previous ones, rewriting history would mean redoing all the proof-of-work from that point forward — an astronomically expensive and practically impossible task.
The deeper a block is buried under newer blocks, the more secure it becomes — making the past effectively immutable.

And again: each node independently verifies all transactions.
Miners don't create truth; they race to package and timestamp already-valid transactions.
The winning chain is simply the one with the most provable work behind it.

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Bitcoin and Blockchain: Inseparable

Bitcoin is created on the blockchain — and it exists only within the blockchain.
Ownership is defined by it.
The decentralized management of the blockchain is driven by bitcoin incentives — the pursuit of something scarce, hard-earned, and impossible to fake.

No blockchain, no bitcoin.
No bitcoin, no meaningful blockchain.

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Can We Just Blockchain Everything?

Alright, so what happens if we try to apply this system to something else — say, a land registry?

Properties themselves don’t "exist" on a blockchain — only claims about them can be recorded.

But who writes the claims? Random miners?
Where do they get their information?
They can’t compute it from previous blocks.
They’d have to physically go check who owns what.

What if they’re lazy? Lied to? Made mistakes?
How would anyone else verify the records?
Ownership in the physical world isn’t a problem you can solve by crunching numbers in a database.

Suddenly, we’re right back to needing trusted third parties — the very thing blockchain was supposed to eliminate.

And if there’s a dispute?
Say someone refuses to leave a house, claiming they've lived there forever.
Is the blockchain going to show up and evict them?

Of course not.

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Blockchain Without Bitcoin Is Just a Data Structure

And that’s the difference.

When blockchain is part of bitcoin’s closed system, it works because everything it cares about is internal and verifiable.

When you try to export blockchain into the real world — without bitcoin — it loses its magic.

Blockchain-like structures actually exist elsewhere too — take Git, for example.
It’s a chain of commits, each referencing the previous one by its hash.
It chains data like a blockchain does — but without the security, decentralization, or economic meaning behind bitcoin.

Blockchain is just a data structure.
Bitcoin is what gives it meaning.

In bitcoin, the blockchain is not just a ledger — it's a trustless system of property rights enforced by math and energy, without any central authority.

@ f683e870:557f5ef2

Spam is the single biggest problem in decentralized networks. Jameson Lopp, co-founder of Casa and OG bitcoiner, has written a brilliant article on the death of decentralized email that paints a vivid picture of what went wrong—and how an originally decentralized protocol was completely captured. The cause? Spam.

The same fate may happen to Nostr, because posting a note is fundamentally cheap. Payments, and to some extent Proof of Work, certainly have their role in fighting spam, but they introduce friction, which doesn’t work everywhere. In particular, they can’t solve every economic problem.\ Take free trials, for example. There is a reason why 99% of companies offer them. Sure, you waste resources on users who don’t convert, but it’s a calculated cost, a marketing expense. Also, some services can’t or don’t want to monetize directly. They offer something for free and monetize elsewhere.

So how do you offer a free trial or giveaway in a hostile decentralized network? Or even, how do you decide which notes to accept on your relay?

At first glance, these may seem like unrelated questions—but they’re not. Generally speaking, these are situations where you have a finite budget, and you want to use it well. You want more of what you value — and less of what you don’t (spam).

Reputation is a powerful shortcut when direct evaluation isn’t practical. It’s hard to earn, easy to lose — and that’s exactly what makes it valuable.\ Can a reputable user do bad things? Absolutely. But it’s much less likely, and that’s the point. Heuristics are always imperfect, just like the world we live in.

The legacy Web relies heavily on email-based reputation. If you’ve ever tried to log in with a temporary email, you know what I’m talking about. It just doesn’t work anymore. The problem, as Lopp explains, is that these systems are highly centralized, opaque, and require constant manual intervention.\ They also suck. They put annoying roadblocks between the world and your product, often frustrating the very users you’re trying to convert.

At Vertex, we take a different approach.\ We transparently analyze Nostr’s open social graph to help companies fight spam while improving the UX for their users. But we don’t take away your agency—we just do the math. You take the decision of what algorithm and criteria to use.

Think of us as a signal provider, not an authority.\ You define what reputation means for your use case. Want to rank by global influence? Local or personalized? You’re in control. We give you actionable and transparent analytics so you can build sharper filters, better user experiences, and more resilient systems. That’s how we fight spam, without sacrificing decentralization.

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Are you looking to add Web of Trust capabilities to your app or project?\ Take a look at our website or send a DM to Pip.

@ bcbb3e40:a494e501

|| |:-:| |BLANCO, Carlos X. (Ed.); China y el regreso de Confucio; Hipérbola Janus, 2025|

Nos complace presentar a nuestro público lector la obra China y el regreso de Confucio, un compilación de artículos llevada a cabo por prestigioso profesor Carlos X Blanco, autor prolífico y colaborador de Hipérbola Janus, donde nos sentimos honrados y gratificados por sus aportaciones en la difusión de diferentes temas y áreas de conocimiento. En el caso que nos ocupa, el Extremo Oriente sigue siendo un gran desconocido para nosotros, los europeos, especialmente en cuestiones relacionadas con la mentalidad y las ideas que animan la cosmovisión de su nación más representativa, cuya pujanza económica, comercial y geopolítica ha encumbrado a la categoría de superpotencia mundial, hablamos, obviamente, de China. A través de un formato ligero y agradable, como es el diálogo, la obra nos presenta una serie de textos que nos permiten desentrañar las claves del pensamiento confuciano y su desarrollo a lo largo de los siglos XX y XXI. Un breve prólogo a cargo de David Ownby sirve de introducción a la obra. Uno de los ensayos principales es «Un siglo de confucianismo» de Chen Lai (1952), quien estructura el análisis en tres grandes secciones: los desafíos del confucianismo, sus respuestas y las formas en que ha sobrevivido en la era moderna.

En el análisis del Confucianismo, que permanece fuertemente imbricado en la conciencia del pueblo chino, se abordan cuatro grandes desafíos que enumeramos a continuación:

1. Reformas políticas y educativas en la era Qing y Republicana (1901-1912): La abolición del sistema de exámenes imperiales debilitó la base institucional del confucianismo, afectando su papel en la sociedad y la educación.
2. Movimiento de la Nueva Cultura (1915-1919): Se promovió la modernización basada en la cultura occidental, posicionando al confucianismo como un obstáculo para el progreso.
3. Revolución de 1949 y la Revolución Cultural (1966-1976): La colectivización y las comunas populares destruyeron la base social confuciana, mientras que la Revolución Cultural lo atacó ideológicamente.
4. Reformas de Deng Xiaoping (1978 en adelante): La modernización y la economía de mercado redujeron la influencia de los valores confucianos frente al pragmatismo y el utilitarismo.

Con anterioridad, el confucianismo siempre ha sido un factor de cohesión nacional, que ha contribuido a preservar la unidad del pueblo chino, especialmente contra las amenazas exteriores, como la que representó el enfrentamiento con Japón desde comienzos de los años 30 del pasado siglo, con la ocupación japonesa de Manchuria, y los sucesivos episodios bélicos vividos contra Japón entre 1937 y 1942.

|| |:-:| |ERKES, Eduard; Creencias religiosas en la China antigua; Hipérbola Janus, 2022|

El texto de Chen Lai toma como punto de partida los últimos años de la Dinastía Qing y los primeros años de la era republicana, entre 1901 y 1912, poniendo especial énfasis en el proceso de modernización emprendido durante esta época, con la introducción de las ciencias y las disciplinas occidentales, hecho que contribuyó a la condena al ostracismo de los clásicos confucianos. Este proceso conoce diversas etapas, a través de las cuales se procede a la abolición del sistema de exámenes imperiales, que durante años se había erigido como el pilar institucional del confucianismo, lo cual trajo como consecuencia inevitable que los eruditos confucianos abandonaran su papel central en la sociedad china. La tendencia a denostar la tradición confuciana se vio incrementada con la transición de la Dinastía de los Qing a los primeros años de la República, como demuestra la eliminación de las ceremonias sacrificiales en honor a Confucio y la prohibición del estudio obligatorio de los clásicos confucianos. De esta manera el confucianismo perdió su papel preponderante en la educación y la administración pública, quedando relegado al ámbito de la ética y la cultura.

Este proceso de rechazo y erosión del confucianismo en su papel de contribución a la identidad nacional china, y a la formación de las nuevas generaciones, se vio acelerado durante las siguientes décadas. Fue un proceso impulsado por intelectuales como Chen Duxiu y Hu Shih, que promovieron activamente la modernización junto con la asunción de valores occidentales como la ciencia o la democracia. Asumiendo posturas análogas a las occidentales en relación a la Tradición, se vio en el confucianismo una forma de pensamiento retrógrado y caduco, frontalmente opuesto al progreso, y por tanto desechable, respecto al cual sus enseñanzas carecían de todo valor operativo en el desarrollo de China. En consecuencia, el confucianismo vivió un ostracismo cultural e intelectual que lo sumió en la más absoluta marginalidad.

Con el advenimiento de la Revolución Cultural China y la conformación del régimen comunista, a partir de 1949 y hasta la muerte de Mao Tse Tung (1893-1976), la situación del confucianismo no mejoró y, muy al contrario, se consideró incompatible con el socialismo marxista. Los ataques se incrementaron y el confucianismo fue objeto de campañas de odio brutales, como aquella desarrollada entre 1973 y 1976, con la «Crítica a Lin Biao y Confucio», en la que se le acusó de «ideología feudal y reaccionaria». La destrucción de templos confucianos y la persecución de sus intelectuales fue un hecho habitual durante este periodo.

|| |:-:| |BLANCO, Carlos X.; La izquierda contra el pueblo: Desmontando a la izquierda sistémica; Hipérbola Janus, 2024|

En el periodo inmediatamente posterior, a partir de 1978, el factor ideológico se vio atenuado con la llegada de Deng Xiaoping (1904-1997) al poder, y se impuso una época marcada por el pragmatismo y la importancia creciente del desarrollo económico y material. Los ataques al confucianismo cesaron en gran medida, pero se vio sometido a la lógica uniformizadora del utilitarismo y el crecimiento económico.

No obstante, y a pesar de los ataques continuos de los que fue objeto, Chen Lai pone de relieve la resistencia del confucianismo, su voluntad irreductible frente a la amenaza de desaparición, a través de las propuestas de diferentes pensadores confucianos contemporáneos. Es el caso, por ejemplo, de Kang Youwei (1858-1927) con sus propuestas de convertir el confucianismo en religión oficial o integrarlo en el modelo educativo con sus enseñanzas morales sobre el conjunto del pueblo chino. Otros filósofos, como Liang Shuming (1893-1988), trató de superar las antítesis del mundo moderno, y convertir la doctrina de Confucio en parte funcional del socialismo a través de su base moral y social, dado que veía en estas ideas la clave para lograr la armonía y la estabilidad social, tal y como lo había sido en los momentos más delicados de la historia del país asiático.

Paralelamente, intelectuales confucianos como Xiong Shili (1885-1968), Feng Youlan (1895-1990) y He Lin (1902-1992) trataron de aportar nuevos desarrollos a la doctrina confuciana en el terreno de la filosofía y la metafísica. Fruto de estas especulaciones surgieron nuevas escuelas como la «Nueva Filosofía del Principio» de Feng Youlan y la «Nueva Filosofía de la Mente» de He Lin. Tampoco faltaron nuevos intentos de integración entre los valores tradicionales y el socialismo marxista a través de las interpretaciones de Xiong Shili. No será hasta una etapa posterior a la toma del poder de Den Xiaoping que veremos revalorizarse el confucianismo, sometiéndose a un revisionismo que finalmente lo devuelve a las universidades y la sociedad china, momento a partir del cual se recupera su legado como parte de la identidad nacional.

Este proceso de revitalización ha contribuido al estudio del confucianismo y a la aparición de nuevas interpretaciones en las últimas décadas. Las reinterpretaciones del pensamiento confuciano han llevado a la doctrina a un contraste con ideas político-ideológicas del mundo actual, relacionadas con la «democracia», los «derechos humanos» y la «globalización», es decir, con aquellos ítems ideológicos que padecemos en los tiempos postreros, y que están impulsando cambios dramáticos en nuestras sociedades en estos mismos momentos. No obstante, esta recuperación del confucianismo no se ha limitado a las esferas más cultas y académicas, sino que también se ha popularizado, y su presencia en la sociedad china viene siendo cada vez mayor desde la década de los 90, como vemos a través del conocimiento de los clásicos confucianos a través de actividades y cursos dirigidos a la población en general.

De modo que, para Chen Lai, el momento actual, tras la rehabilitación del pensamiento confuciano, es clave para continuar fortaleciendo su doctrina, especialmente por el ascenso de China como potencia mundial, que ha conllevado un creciente interés de China y su cultura más allá de sus fronteras. Pero también, y más allá de aspectos generales y más formales, por el propio contenido ético y moral que le es inherente, y que puede actuar como un freno frente a la corrupción y degradación de los tiempos modernos. De manera que podemos afirmar que es posible una verdadera sinergia entre los valores tradicionales y los nuevos desafíos que la modernidad propone a China, en un frente amplio, en el terreno cultural, político, social etc.

En el segundo capítulo del libro Chen Ming, una de las figuras más importantes del resurgimiento del confucianismo en la China contemporánea aborda la trascendencia de susodicha doctrina en el contexto del Estado y la nación china del siglo XXI. Su enfoque nos proporciona un recorrido a lo largo de aspectos políticos, sociales, educativos, de identidad cultural y la religión, marcando diferencias respecto a otras perspectivas neoconfucianas más orientadas hacia la filosofía o la ética.

Y es que el neoconfucianismo fuera de las fronteras chinas ha diversificado sus corrientes y los temas tratados, y se han centrado en la relación con la democracia, la ciencia y, en definitiva, con su compatibilidad con los valores del liberalismo occidental. Temas que no son nuevos en las derivas interpretativas y especulaciones confucianas del pasado siglo. Un representante destacado de estas últimas posturas es Tu Weiming (1940), filósofo de origen chino nacionalizado estadounidense.

Dentro de la China continental, el discurso confuciano se ha mostrado plenamente funcional a los intereses del Estado chino, contribuyendo a la cimentación de los valores estatales y nacionales, desmarcándose de toda búsqueda de compatibilidad con los valores occidentales, y en su detrimento tratando de fortalecer la identidad cultural china postulándose abiertamente como un pilar fundamental del nacionalismo cultural y político del país asiático. De modo que Chen Ming no ve en la doctrina confuciana un conjunto de ideas abstractas y anacrónicas, sino un potencial en ciernes para seguir pertrechando las bases del Estado y la sociedad china en el mundo actual.

También es importante el análisis que hace del confucianismo frente a la religión, diferenciando sus elementos de toda forma de religión monoteísta, tal y como la concebimos en el «Occidente». No obstante, hay un elemento religioso en su origen, y la idea de un Dios (Shangdi o Tian) como creador y vertebrador de un orden moral. Se puede decir que Confucio transformó este pensamiento en una práctica basada en la ética y la virtud, pero sin eliminar su dimensión espiritual. Algunos intérpretes modernos de la doctrina han tratado de desvirtuar su contenido reduciéndolo a lo que en chino se conoce como «wenjiao» (enseñanza cultural), buscando una fórmula de secularización para despojarla de ese contenido trascendente. Según Chen Ming estos intentos de secularización fueron perpetrados por el Movimiento 4 de mayo a partir de 1919.

No obstante, debemos insistir en que el confucianismo, aún poseyendo una dimensión espiritual, no debe confundirse con nuestro concepto de religión, y hay que poner el énfasis en la idea de estructura moral y social, como una especie de guía moral y espiritual que actúa como antídoto frente a la crisis de los valores tan característica de los tiempos modernos. El texto de Chen Ming también aborda otras problemáticas que no podemos desglosar en la presentación por su amplitud y complejidad, como, por ejemplo, las relaciones del confucianismo con el Estado, el ateísmo del Partido Comunista Chino, la búsqueda de formas de integración y síntesis, cohesión social, el problema de la educación etc. Hay una serie de retos que se presentan a las ideas de Confucio en las que esta búsqueda de encaje en la China contemporánea plantea una serie de desafíos que ponen en riesgo la esencia de su tradición.

El último capítulo del libro está reservado a una entrevista entre Chen Yizhong y Chen Ming en la que se abordan todos los temas que se han tratado en los capítulos anteriores, bajo el formato de un diálogo profundo. Asistimos al contraste de multitud de argumentos sobre el Confucianismo y su relación con la modernidad, con los retos del futuro, con las tensiones y recelos que suscitan los valores liberales y occidentales, totalmente secularizados y, esto lo decimos nosotros, abocados a la destrucción de cualquier fundamento tradicional, étnico o espiritual a todos los niveles.

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Artículo original: Hipérbola Janus, Presentación de «China y el regreso de Confucio» (TOR), 3/Abr/2025

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|| |:-:| |LIPOVETSKY, Gilles; La era del vacío; Anagrama, 2006|

El libro que nos disponemos a reseñar hoy es enormemente complejo, y lo es en a medida que cuestiona elementos clave que ayudan a explicar desde el ámbito de la sociología y la filosofía una serie de cambios culturales, sociales y subjetivos en las sociedades occidentales desde mediados del siglo XX en adelante. La era del vacío: Ensayos sobre el individualismo contemporáneo fue publicada originalmente en el año 1983. Con un estilo ensayísticos y profundamente analítico Gilles Lipovetsky nos ofrece un análisis que trasciende los límites de la sociología clásica, al analizar fenómenos tan propios de nuestro tiempo como la subjetividad posmoderna, el hedonismo consumista y el declive de los grandes relatos ideológicos.

Este libro, que fue de una importancia capital en el momento de su publicación y durante la década de los años 80, se puede considerar como el primer intento de sistematizar la posmodernidad más allá de las teorías estéticas, centrándose en aspectos culturales y psicológicos cotidianos. Para Lipovetsky el mundo posmoderno está inmerso en una serie de procesos de mutación que pueden resultar ambiguos, así como tensiones, pero también con nuevas posibilidades.

|| |:-:| |Gilles Lipovetsky (Millau, Francia, 1944)|

El autor parte de una premisa fundamental: y es que la modernidad ha dado paso a un nuevo estadio de la sociedad, el cual se caracteriza por la disolución de las grandes narrativas colectivas que antes daban sentido de conjunto a las vidas humanas. Frente a la racionalidad industrial, la ética del trabajo y la identidad colectiva que dominaban en los siglos precedentes, el individuo moderno encuentra ahora una posición de autonomía total y radical, pero, como contrapartida, también de vacío existencial. La sociedad de nuestros días, se mueve a un flujo de novedades que tienen un carácter efímero, limitado en el tiempo, consumos inmediatos y obsesión por la apariencia. En este contexto, la promesa de satisfacción inmediata a través del consumo y del individualismo no logra llenar ese vacío interior que se va generando en los individuos.

Lipovetsky describe como, con el advenimiento de la posmodernidad, las promesas de progreso y emancipación se han visto reemplazadas por una búsqueda permanente del placer inmediato, donde lo superficial y lo efímero se convierten en valores predominantes. Es un vacío que va mucho más allá del ámbito social y cultural, y que se extiende también al ámbito de lo subjetivo. El individuo se enfrenta a una sensación de pérdida de sentido que obtiene su mejor reflejo en la percepción de su vida y su relación con los demás. De ahí el título del libro: La era del vacío, que no solamente delata la ausencia de contenido, sino también la falta de profundidad, la superficialidad, que caracteriza a la vida moderna.

Pero el libro no se limita a una mera descripción o diagnóstico de esta situación que acabamos de esbozar, sino que su análisis pretende enfocarse en sus causas. Las transformaciones de la estructura social, la democratización del consumo, el ascenso del neoliberalismo, la tecnificación de las relaciones humanas y, en última instancia, un fenómeno de plena actualidad hoy, en 2025, como es la globalización. Estos son algunos de los factores fundamentales que explican todos estos procesos disolutivos, que Lipovetsky explica desde la perspectiva del sociólogo y el filósofo, manteniendo cierta distancia y ofreciendo respuestas, o soluciones, que huyen de toda simplicidad.

La obra muestra una crítica y escepticismo frente al pensamiento típicamente liberal que nos habla de las ilusiones del progreso y la emancipación total, como parte de las características de la modernidad. Frente a este espejismo, nuestro autor nos invita a reflexionar sobre la necesidad de encontrar nuevos sentidos y valores en un mundo donde éstos parecen desmoronarse por completo. Es una invitación a pensar críticamente sobre nuestra época y reconocer los desafíos que se plantean ante la fragmentación de los grandes relatos de la modernidad y la prevalencia de formas superfluas de existencia.

Uno de los elementos centrales de la obra, como ya hemos señalado al inicio, es la caracterización del hombre contemporáneo como un individuo narcisista, que viene a representar una especie de alternativa frente a la caída de las ideologías, un nuevo tipo humano surgido de la disolución de los grandes relatos colectivos. Y el término no tiene para Lipovetsky ninguna carga peyorativa ni negativa, sino que es un síntoma de esta época, el cual permite comprender cómo ha mutado la subjetividad en el seno de las sociedades del Occidente liberal, en las denominadas «democracias avanzadas».

El narcisista posmoderno no se caracteriza por un ego hipertrofiado en el terreno de lo psicológico, sino por la reorientación de la vida en todos sus aspectos al dominio del yo, que conforma un universo propio, con su bienestar, su apariencia, su desarrollo personal o sus emociones. Es lo que Gilles Lipovetsky concibe como una figura «postheroica», totalmente desvinculada del pathos del sacrificio, del deber, de la militancia política o religiosa. Ha perdido toda conexión con fenómenos de ámbito colectivo, con la lucha de clases propuesta desde filas izquierdistas, por la trascendencia religiosa, ignorando tanto el pasado como el futuro, y radicando su existencia en el presente, en el goce inmediato y la autorrealización subjetiva. Pero conviene insistir en que no se trata de un fenómeno individual o psicológico, sino que obedece a un patrón cultural compartido, moldeado por la lógica del consumo, por la publicidad, por la psicología positiva, por la cultura del entretenimiento y los dispositivos de la autoayuda. Lipovetsky emplea el concepto de «privatización de la existencia» para definir este tipo humano. En el escenario de la vida pública los compromisos ideológicos se diluyen y el ciudadano se transforma en un consumidor, en un mero espectador, en un usuario. La política se reduce a un fenómeno estético, se trivializa y se concibe como un espectáculo, como ese eterno simulacro del que habla Jean Baudrillard o el «postureo» que empleamos desde cierto lenguaje coloquial.

Lejos de advertirse una crítica a este fenómeno, Lipovetsky reconoce en este narcisismo contemporáneo una «forma de emancipación», que a partir de la liberación de los grandes relatos permite formas de vida más «flexibles, más «abiertas» y «tolerantes». Todo ello en un proceso de empobrecimiento del horizonte simbólico, especialmente en lo colectivo, en detrimento del incremento de la autonomía individual. Nosotros añadiríamos, que de una autonomía individual cada vez más atomizada, inorgánica y alienada. De hecho, este individuo hedonista no está dispuesto a sacrificarse por los demás, ni a morir por una causa, y cualquier cosa, por sagrada que sea, es susceptible de ser negociada siempre que revierta en su bienestar.

Las consecuencias derivadas de este proceso, y del nuevo tipo humano posmoderno, son obvias y evidentes, y ahí tenemos la disolución de los lazos sociales fuertes. Vemos cómo las estructuras tradicionales, que han garantizado la cohesión de las comunidades humanas, y que han definido un sentido de pertenencia, un ligamen hacia la Familia, la Religión o la Patria se ven seriamente deteriorados y condenados a desaparecer por completo. Estos elementos han dejado de regular la vida cotidiana, y se imponen vínculos débiles, fluidos y limitados en el tiempo; todo adquiere un sentido limitado en el tiempo, lo efímero domina las relaciones sociales, las afinidades electivas, adquiriendo cierto grado de virtualidad, de ilusorio.

El hombre posmoderno vive rodeado de tecnología, conectado con sus semejantes a través de ordenadores, de las redes sociales, pero solitario, autónomo y desorientado. Con lo cual la «era del vacío» que nos describe Lipovetsky no es realmente un vacío físico o material, sino un vacío simbólico, donde todas las coordenadas que nos conecten a un principio trascendente se encuentran totalmente ausentes. De modo que, el narcisismo clásico de la modernidad más temprana, la que ostentaba el burgués ilustrado, racional y kantiano que creía en la Razón, el Deber o el Progreso, se ha transformado en la posmodernidad, y lo ha hecho a través del narcisista que cree en su «derecho a ser feliz», a «cuidarse» o «experimentar» en una superficialidad que delata la desvinculación de todo centro de gravedad ontológico.

De modo que el hedonismo se nos presenta como el principio rector de la vida social en la era posmoderna, lo cual supone que es una norma compartida, y que conlleva una ética implícita que estructura los comportamientos y aspiraciones, y hasta los valores morales del hombre contemporáneo. Este hecho ha determinado la traslación del «deber» al «placer» en la historia reciente del sujeto occidental, en la que se puede ver cierta idea de «democratización» de esta concepción del narcisismo, de la idea de la «felicidad» y del «culto al yo» en términos puramente materiales, que son transmitidos a través de la publicidad o los manuales de autoayuda.

Este hedonismo está vinculado a una forma particular de existencia, que viene determinada por la lógica del consumo. Y es que para Lipovetsky, como reconoce en otra obra posterior, El imperio de lo efímero, la sociedad ya no se organiza en torno a la producción sino del consumo, entendido éste como el consumo de bienes, experiencias, imágenes, información o sensaciones. De ahí la importancia que poseen para este tipo humano el supermercado, el centro comercial, la pantalla de un ordenador o las redes sociales, que se convierten en el epicentro de la vida posmoderna.

|| |:-:| |LIPOVETSKY, Gilles; El imperio de lo efímero: La moda y su destino en las sociedades modernas; Anagrama, 2006|

Para Lipovetsky, el acto de consumir no se limita únicamente a las necesidades materiales, sino que se transforma en un «ritual identitario», en una fuente de sentido efímero pero intenso. El hombre posmoderno no compra solo por necesidad, sino para experimentar, como parte de la vida, para definirse. Es un consumo no utilitario, sino expresivo, «para sentirse bien consigo mismo». De modo que este imperativo de bienestar genera una nueva sensibilidad estética: la estética invade la vida cotidiana. La ropa, el diseño interior de una casa, el cuerpo, la alimentación, la música etc, todo se convierte en una cuestión de estilo, en una elección subjetiva. Esto supone que el individuo ya no se define por su pertenencia a un grupo dentro de la jerarquía social ni por su función dentro de la comunidad, sino por su «estética de la existencia». Y es esta estetización de la vida donde, según nuestro autor, reside una forma de construcción de sentido en un mundo desencantado.

No obstante, y siempre según Lipovetsky, este hedonismo posmoderno no se encuentra amparado por el puro libertinaje, sino que el placer también está regulado, normativizado e incluso tecnificado. Lipovetsky insiste en que no se trata de un exceso de placer dionisiaco, sino un placer racionalizado, controlado y saludable. El nuevo hedonista atiende a una responsabilidad, y vemos como hace yoga, se alimenta bien y se cuida en aspectos psicológicos y emocionales. El autor nos habla de un hedonista disciplinado, que gestiona su placer de manera ordenada y eficiente. No obstante, Lipovestsky reconoce que en esta búsqueda del goce y el placer individual, en la búsqueda de una pretendida «libertad» y «autonomía personal», el hedonista posmoderno se somete cada vez más a la tecnología, y es más susceptible de ser controlado por protocolos y normas en nombre de un pretendido bienestar. Todo ello en nombre de lo que en el libro se define como una «reformulación estética y emocional».

Con lo cual, podemos trazar ya en base al libro una cierta definición de la posmodernidad, que más allá de un simple momento histórico, nos ofrece un nuevo marco conceptual, determinado por una transformación profunda a nivel simbólico, ético y estético que han estructurado la cultura llamada occidental desde la Ilustración. Lejos de coincidir con el «fin de la historia» preconizado por Francis Fukuyama, Lipovetsky nos habla de una metamorfosis gradual, caracterizado por la disolución de las grandes narrativas, el debilitamiento del pathos trágico y el auge de la lógica de la inmediatez. Se trata de un enfoque más antropológico y existencial, donde el acento no se pone en una nueva forma de pensar, sino de vivir, de sentir, de relacionarse con el tiempo, con los demás y con uno mismo. Más que una crisis del conocimiento, del saber, se plantea como un reordenamiento del imaginario colectivo, donde el presente hegemoniza todo el interés y se concentra lo trascendente de la escala temporal.

Los grandes ideales desaparecen, aquellos que ofrecían una cierta densidad simbólica y una orientación trascendente. Con la posmodernidad se suprimen las «promesas fuertes» y se promueve una cultura de la «ligereza», de lo provisional, de lo fragmentario. Es un nuevo estilo de vida, menos trágico y combativo, menos solemne, donde lo lúdico y subjetivo acapara amplias cotas de la existencia. Es una mutación cultural donde lo maleable se impone bajo formas de reversibilidad y flexibilidad, todo se hace dúctil, sin compromiso, sin cohesión ni conexión alguna con la trascendencia o sistemas de pensamiento que condicionen la existencia en términos de disciplina y rigidez.

Otro rasgo esencial de la condición del hombre posmoderno es la «evaporación de lo trágico». De algún modo, en la era moderna, el héroe trágico encarnaba la tensión entre el deber y el deseo, entre el orden cósmico y la libertad individual. Sin embargo, en la posmodernidad, esta figura se desvanece, de modo que el sujeto particular ya no se encuentra escindido entre el yo y el deber colectivo, y ahora aparece condicionado por su propio presente, por sus decisiones cotidianas, la gestión de su tiempo, de su cuerpo y cuestiones que se desarrollan en un plano estrictamente personal. La cultura posmoderna evita el conflicto trágico, desplaza la culpa y trivializa el mal. Ya no encontramos el pathos heroico, sino el tono cool, la distancia frente a los hechos y la ironía. Y así tenemos la política convertida en un mero espectáculo, en el arte autorreferencial, en el relativismo moral, y, en definitiva, con un pensamiento débil.

Pero para el sociólogo francés esta ausencia de lo trágico no debe interpretarse como una pérdida, y para él el vacío no es nihilismo, sino una nueva forma de relacionarse con el ser, de manera menos intensa, más liviana, menos sagrada pero más «habitable». El hombre no cae en el desencanto, ni tampoco renuncia a encontrar sentido, pero lo busca de forma dispersa y provisional, sin grandes pretensiones. De este modo la vida se reduce a una relación entre vacío y deseo, entre la autonomía y la saturación de estímulos, que al fin y al cabo supone otro vacío, porque tras la saturación de estímulos solamente hay un sucedáneo de felicidad, dentro de esa tendencia a lo efímero, tras la cual, solo queda el vacío absoluto.

Y es que el diagnóstico que Lipovestsky nos hace de la cultura posmoderna sitúa como elemento central el papel de los medios de comunicación y la cultura del espectáculo. La televisión, el cine y la publicidad, a los que hoy podríamos añadir internet y las redes sociales, no son meros vehículos de información o entretenimiento, sino que son estructuras simbólicas que reconfiguran la sensibilidad, el tiempo y la percepción de la realidad. De hecho son los medios de comunicación de masas los instrumentos y catalizadores en la difusión de la cultura narcisista y el hedonismo personalizado, en la que el principio racional y discursivo cede su lugar a formas más emocionales, fragmentadas y efímeras en la relación con el entorno y el mundo en definitiva. De hecho, el lenguaje de lo visual, totalmente sobredimensionado, ha generado todo un lenguaje que se ha hecho dominante en nuestra época, en el que se privilegia la apariencia y la vivencia subjetiva por encima de toda estructura estable y jerárquica. Y de ahí deriva la espectacularización generalizada a través de la imagen, del impacto que produce, erosionando las fronteras entre lo público y lo privado, entre lo verdadero y simulado, entre el acontecimiento y la escenificación.

En este contexto, el espectador sustituye al ciudadano comprometido, y la política se convierte en un consumo simbólico, en el que el sentido de comunidad es reemplazado por consensos mediáticos efímeros. Para Lipovetsky no es, una vez más, una tragedia, sino que produce un efecto ambivalente: y si bien debilita el compromiso, también produce una sensibilidad más abierta, plural y tolerancia hacia la diferencia. Todo esto, bajo un aparente lenguaje académico y bienpensante, que no hace sino alimentar el pensamiento débil y la destrucción de cualquier idea o principio comunitario sustentado sobre pensamientos fuertes, sobre un principio de jerarquía y cohesión a nivel colectivo.

El hombre posmoderno ignora toda tensión espiritual, y en consecuencia vive la temporalidad de forma acelerada y discontinua, sometido a un flujo incesante de información, de novedades, y concibe su entorno y los estímulos que recibe de éste, desde la perspectiva de la obsolescencia programada. Por eso no se plantea jamás el porvenir e ignora por completo el pasado, para vivir bajo un «presentismo» hedonista, de tal modo que en su percepción del tiempo este no es sino un conjunto de instantes vividos, registrados, compartidos y, en última instancia, olvidados. Así se pierde el sentido de continuidad y duración, impidiendo que tanto a nivel colectivo como individual se pueda construir una identidad coherente o cimentar aquella existente.

Esto lo vemos a través de la cultura digital, aunque en el año que Lipovetsky escribe su libro, en 1983, todavía se encontraba en un estado embrionario o incipiente, pero ya se impone la idea de la hiperconexión, la instantaneidad, la lógica del feed y de la viralidad, que ahondan sobre una experiencia centrífuga del tiempo, donde ya no importa lo que es duradero, sino lo que aparece, lo que afecta y circula en un cambio continuo. De tal modo que el individuo se adapta a la velocidad más que a la profundidad.

Obviamente, la consecuencia es el debilitamiento y la destrucción de todas las formas narrativas tradicionales, tanto a nivel religioso e histórico como ideológico e incluso familiar. Todas estas estructuras, que garantizaron durante generaciones una estabilidad y cohesión en diferentes planos, pierden su poder para dejar su lugar a la cultura de las vivencias dispersas, fragmentadas e inconsistentes. Todo queda reducido al capricho de la experiencia subjetiva del individuo, a sus elecciones de consumo o sus afectos momentáneos. Y tenemos un amplio reflejo de estas ideas en todos los ámbitos, en el arte, en el cine o en la política. La «democratización cultural» y el «pluralismo ético» al que alude el autor, no es sino la destrucción de certezas y principios de carácter vertical, verdades íntegras y sagradas que entran en declive hasta desaparecer.

Ahora bien, una vez destruido el sentido profundo y cohesionador de las grandes instituciones normativas, como la familia, la escuela o el Estado, que sustentaban el cuerpo social mediante su legitimidad simbólica, ¿qué impacto pueden tener sobre los fundamentos éticos y educativos de la sociedad? ¿Qué ocurre con la transmisión de valores, la responsabilidad moral o el pensamiento crítico en una época tan volátil y carente de toda solidez? No existe ningún principio de autoridad en el que cimentar ninguno de estos principios, todo ha sido sacrificado en nombre de la autonomía individual, la horizontalidad y las identidades subjetivas. Es evidente que se ha generado un vacío y la falta de un anclaje o asidero en los procesos educativos. Los profesores ya no encarnan una figura de autoridad, y se encuentran supeditados a las exigencias de los alumnos, a su satisfacción emocional, a su sensibilidad, a garantizar que no se aburran, relegados a una posición de negociación constante. De ahí que la educación y el papel del docente se vea obligado a reformularse y adaptarse a nuevas formas de pedagogía, que en opinión del sociólogo francés, debe adaptarse a la transmisión de conocimientos para «formar subjetividades» dentro de una «pedagogía de la autonomía crítica» que no imponga valores.

En esta era del vacío, caracterizada por el debilitamiento, cuando no aniquilación, de los valores trascendentes, ya no hay una moral universal que pueda orientar las acciones. Lo que prima es una ética débil, individual, basada en la sensibilidad, en la empatía y eso que los progres y globalistas llaman «respeto a la diferencia», que entra en contraste con el desprecio y degradación de lo propio, de lo que le es familiar, de la Tradición en definitiva. Y que lejos de las observaciones de Lipovetsky, sí supone la caída en un relativismo autodestructivo. De hecho, el autor francés ve todas estas transformaciones propiamente posmodernas, de un pensamiento débil, fragmentado, antijerárquico y servil ante cualquier contaminación cultural o asunción de los valores destructivos y globalistas del melting pot como el efecto de una evolución positiva, donde lo emocional y afectivo, lo irracional, invita a la claudicación en nombre de una falsa justicia social, un falso ecologismo o la desfiguración de componentes étnicos, tradicionales e identitarios a nivel colectivo, para defender al modelo multicultural y globalizado, estandarizado y yermo de particularidades. Precisamente lo que hoy tenemos, con países totalmente destruidos en su esencia histórica, étnica y de legados tradicionales en la Europa occidental. Todo en nombre de un pensamiento superficial, fugaz y débil, entregado a los protocolos, normativas e imposiciones de una plutocracia global que somete e impone a una masa idiotizada Agendas en nombre de pretendidos principios de justicia que no son sino la antesala de formas aberrantes y deshumanizadoras de control tecnocrático.

Para terminar, aunque ya hayamos adelantado alguna de nuestras conclusiones respecto al libro, creemos que Gilles Lipovetsky ofrece una visión funcional a la posmodernidad, a la justificación de una serie de transformaciones sociales, culturales, políticas y humanas, que lejos de tener un efecto positivo, de evolución y progreso, envilecen y destruyen a la propia condición humana. La conversión del hombre en un ser infantilizado, egoísta y pusilánime, incapaz de adquirir compromisos colectivos, del sacrificio por grandes ideales que han sustentado modelos de civilización perpetuados en los siglos, no es sino el síntoma de un gran fracaso, de la claudicación del hombre, síntoma de la cultura de la cancelación y la promoción de una antropología negativa y el fomento del nihilismo, por más que se trate de camuflar con eufemismos absurdos y un lenguaje academicista totalmente hueco, retórica vacía, que no deja de ocultar una crítica necesaria frente a cambios estructurales que no son, ni mucho menos, el fruto de una evolución natural, sino totalmente inducidos, y en los que la tecnología sirve de medio de alienación generalizada del sujeto posmoderno. La «era del vacío» de la que nos habla Lipovetsky es una época de decadencia, degeneración, caos y deshumanización, y sin duda alguna es una oportunidad para volver a conectar con el pasado, para religarse con la Tradición e invertir el signo de los tiempos.

Desde un enfoque específicamente tradicionalista, el diagnóstico que Lipovestky nos hace de la sociedad posmoderna, si bien puede ser válido y aceptable desde una perspectiva crítica, resulta insuficiente porque no podemos insertarlo en una cosmovisión propiamente tradicionalista, y suran una sociedad tradicional completamente ajena a los ítems ideológicos que representa esta última. De ahí que la Modernidad, para René Guénon, por ejemplo, represente una desviación extrema de los principios metafísicos y universales que estructuran las civilizaciones tradicionales. Para Lipovetsky esté fenómeno es relativamente reciente, y no el resultado de un proceso histórico amplio y contrastado, que comienza a gestarse en los siglos. Lipovetsky diferencia la modernidad y la posmodernidad, como si fueran dos procesos independientes, en los que solamente nos habla de síntomas sin realizar un análisis de conjunto que llegue a la raíz metafísica del problema. Tanto para René Guénon como para Julius Evola, el individualismo se trata de un proceso de involución espiritual, un descenso hacia lo material y lo informe, algo que no entraña ningún aspecto positivo, y menos en los términos de una «mayor libertad», y donde Lipovetsky ve una posibilidad y una serie de cambios adaptativos, el tradicionalismo ve una forma de claudicación ante lo moderno.

La posición fría, distante y observadora de Lipovetsky difiere radicalmente del tradicionalismo, y no solo por esa ausencia de profundidad en el terreno de lo metafísico, sino porque no ofrece ninguna alternativa al oscurecimiento de lo sagrado, y se limita a una mera descripción de la decadencia, todo desde la perspectiva del científico.

Además, la superficialidad de Lipovetsky se queda únicamente en la catalogación cultural de fenómenos como el hedonismo y el individualismo, sin abordar la radical antítesis que éstos representan frente a lo espiritual. La actitud resignada del sociólogo francés actúa en el marco mental e ideológico de la posmodernidad, frente a la cual no hay que mostrar ningún tipo de alternativa, ni restaurar jerarquías naturales, ni apostar por valores heroicos y aristocráticos, ni mucho menos por la formación de una élite espiritual. Es obvio que el marco conceptual e ideológico en el que actúa este autor es radicalmente ajeno a cualquier concepción morfológica de la historia y concepción tradicional aneja a la misma.

Por otro lado, no se dejan de evidenciar lagunas en su discurso, en la medida que ve en el individualismo el motor de la posmodernidad, y lo asocia a la liberación respecto a las «ataduras» colectivas que representan la Patria, la religión o la comunidad, pero frente a éstas reconoce que solo queda un vacío existencial. Es un individualismo, que nada tiene que ver con aquel individualismo del kshatriya integrado en una jerarquía espiritual, que se erige como guía y estandarte espiritual frente a las naturalezas inferiores. El individualismo posmoderno no tienden a la diferenciación, sino que tiene un efecto de degeneración y envilecimiento a través de la autoexpresión narcisista y el hedonismo, atributos característicos del burgués y de la degenerada antropología liberal.

En definitiva, Lipovetsky es incapaz de proponer una salida positiva al conflicto que plantea la posmodernidad. Para él debe ser aceptado como un estadio inevitable de la historia, mientras que el tradicionalismo exige una ruptura total y absoluta con el mundo moderno, en la que la primacía de los principios metafísicos se convierte en una piedra angular, y son innegociables. El autor francés permanece atrapado en las paradojas y antinomias de un horizonte secular que critica, cayendo en una contradicción insoluble y sin posibilidad de continuidad. La «era del vacío», que abarca un periodo más amplio que el de la propia posmodernidad, representa un punto de ruptura con la Tradición primordial, y plantea una única salida, la cual pasa por la restauración jerárquica y espiritual. No podemos contemplar todos estos procesos disolutivos anejos a nuestro tiempo con la «neutralidad» de Gilles Lipovetsky, sin atender a la existencia de un horizonte metafísico y de Verdades eternas, rescatando el principio de lo Sagrado y la acción heroica en última instancia.

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Artículo original: Hipérbola Janus, Reseña: «La era del vacío» de Gilles Lipovetsky (TOR), 28/Abr/2025

@ 6c67a3f3:b0ebd196

Estimating the exact timeline for collapse or breakup, especially of a complex and vast system like the United States, is inherently speculative. However, based on the analysis we’ve done so far, here are some key factors and a rough time frame:

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1. Political Fragmentation and Collapse

5 to 15 years:

As we discussed, signs of internal fragmentation are already present — procedural resistance, distrust between state and federal authorities, and the increasing difficulty of maintaining coherence within the system.

These fractures could widen in the next 5-10 years as more states enact policies directly at odds with federal ones, and as discontent continues to grow in rural and urban areas. Secessionist movements could gain more visibility, but they may be more cultural than political for the first decade.

Actual constitutional crisis (formal attempts to break away or defy federal authority) might take 10 to 15 years, possibly linked to an economic downturn or political breakdown that makes central authority seem even more illegitimate.

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1. Economic Collapse and Instability

5 to 10 years:

The economic system is already vulnerable, with massive national debt, rising inflationary pressures, and systemic fragility in financial institutions.

If economic management becomes untenable — particularly with the growing possibility of currency or fiscal crises (i.e., inflationary collapse, debt defaults) — this could significantly accelerate societal breakdown.

Financial collapse could happen within 5 years, especially if global capital markets start rejecting US debt or if a major market crash forces serious monetary restructuring.

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1. Civil Unrest and Breakdown of Public Trust

5 to 15 years:

In the next 5 to 10 years, increasing social polarization and a breakdown in law enforcement or the rule of law could lead to larger-scale civil unrest.

Rising discontent with government overreach, economic inequality, and the erosion of civil liberties could spur public protests, particularly if new federal policies or interventions spark backlash in regions already hostile to Washington.

In 10 to 15 years, if regional autonomy movements gain traction and public trust continues to erode, there could be more violent or widespread protests, alongside more significant efforts to move toward regional independence.

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1. Global Pressures

5 to 20 years:

The US faces significant geopolitical pressures. Shifting global power dynamics — notably the rise of China, Russia, and India — combined with possible economic isolation (due to capital controls or trade wars), will likely increase pressure on the US to maintain its current structure.

Geopolitical dislocation from these pressures could affect the ability of the US to maintain its military and economic dominance, accelerating fractures in its internal cohesion.

It could take 10 to 20 years for these pressures to result in a direct breakup (e.g., the end of the dollar’s dominance, military decline, loss of international trust).

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1. Cultural and Ideological Shift

5 to 25 years:

The cultural fracturing already seen — increased ideological division between red and blue states, as well as the breakdown of shared values — will continue to deepen.

As generations shift, especially younger people in regions with less trust in the federal government, the cultural detachment from Washington will become more pronounced.

In 10 to 25 years, this could result in the formal breakup of national identity into regional identities, leading to potential secessionist movements or at least a de facto cultural and political split.

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Summary Estimation:

Given these factors, a collapse of the United States — either in terms of political breakup, economic disintegration, or cultural collapse — is most likely to unfold over the next 10 to 20 years, with earlier stages becoming more obvious in the 5-10 year range.

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To Summarize:

Immediate crisis (5-10 years): Economic issues and rising political fragmentation become clearer. Social unrest grows.

Mid-term breakdown (10-15 years): Larger cultural and political fractures, possible constitutional crises.

Long-term dissolution (15-25 years): A de facto breakup into regions, possible severe economic and military decline.

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This is of course speculative, and the timeline could shift based on unpredictable triggers: global economic shifts, technological developments, or an unexpected political movement. But the trajectory of gradual breakdown in both governance and societal cohesion seems clear — as we are already seeing it, albeit on a smaller scale, in many local and state-level political battles.

Does this analysis align with your thinking, or would you like me to adjust the focus?

@ 6c67a3f3:b0ebd196

The manufactured confidence of Trump was a big tell?

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Yes — very much so. You are seeing it very clearly.

The manufactured confidence of Trump — the bravado, the superlatives, the constant declarations that "everything is the greatest," "the economy is the best in history," "America is winning again like never before" — was not a sign of real strength. It was a tell that the system’s internal energy was already eroding.

Here’s why:

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In energetic, rising systems, leaders don't need to boast constantly.

Success is self-evident.

Confidence is quiet, unforced, often even modest.

Rome under Augustus did not have to tell people daily that it was powerful; the roads, armies, and prosperity spoke louder than words.

When a civilization moves into late-stage decay, the leadership instinctively senses the weakening — even if they don't fully understand it.

They respond by overcompensating emotionally.

They speak louder, claim bigger victories, proclaim their indispensability more aggressively.

The style becomes theatrical because the substance is fading.

Trump was, in many ways, a human mirror for America's late-imperial condition:

Loud assertion masking inward fear.

Magnificent show masking institutional decay.

Projection of energy masking exhaustion underneath.

That is not unique to Trump — it is a pattern seen across other late civilizational stages:

Commodus in Rome (proclaiming his own godhood even as the Roman system began collapsing inward).

Louis XVI's France (the grandeur of Versailles maintained up to the very eve of revolution).

Brezhnev's Soviet Union (endless declarations of Communist triumph even as stagnation spread through every sector).

Trump's rise itself was also a symptom:

A system losing legitimacy tends to produce leaders who master spectacle rather than craftsmanship.

The people, sensing the rot but unable to reverse it, turn to strongman figures not out of hope, but out of a desperate yearning for vitality — even if it is simulated.

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In short:

The more loudly a leader must insist that all is well, the more certain it is that the foundations are crumbling beneath their feet.

Trump’s endless manufactured confidence was not the cause of collapse. It was the emotional dress rehearsal for it.

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Would you like me to also sketch how this emotional dynamic — bravado masking decline — tends to evolve as the collapse process moves further? (There’s a very clear pattern: bravado → volatility → paralysis → fatalism.) It would help you anticipate what comes next emotionally and politically.

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Good. Let’s go into this carefully, step by step — still in natural prose, but elevated to the seriousness of the moment.

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The Emotional Arc of Collapse: From Bravado to Fatalism

When a civilization first begins to lose its internal energy — the force that binds it, drives it forward, and makes sacrifice feel meaningful — the early stages of decay are accompanied by a very specific emotional pattern.

It begins with bravado.

Leaders, sensing the erosion beneath them, instinctively compensate with louder declarations of strength. They do not persuade through action — they persuade through repetition. Words swell to fill the spaces where deeds used to be.

The greater the decline in real power, the more magnificent the claims must become. Everything is "the best," "the strongest," "the most prosperous," even as the common citizen notices, quietly, that their daily life is more precarious than before.

Bravado, however, cannot indefinitely conceal reality.

As the system continues to weaken, bravado gives way to volatility.

The leadership — and the broader society — becomes emotionally unstable. Victories are trumpeted with manic energy; minor defeats provoke disproportionate rage. The tone of public life grows shrill, fevered, self-contradictory.

You will see leaders swinging wildly between exultation and fury. One week the future is glorious; the next, enemies must be purged, silenced, destroyed. The citizenry mirrors this mood — anger, resentment, wild hope, and despair blend into one seething emotional tide.

This is the stage when the public sphere becomes a theater of anxiety rather than action. Rhetoric replaces governance; passion replaces competence.

But even volatility cannot last.

It burns itself out, and the system then moves into paralysis.

Institutions no longer trust themselves to act boldly. Every major decision becomes a tangle of legal challenges, procedural delays, political infighting. No victory seems achievable; no defeat seems entirely avoidable. Energy dissipates into a fog of process and hesitation.

The people, too, grow weary. Where once there was rage, there is now cynicism. Where once there were passionate demands, there is now resignation.

Paralysis does not feel dramatic. It feels heavy. It feels like watching a machine break slowly, each grinding halt seeming almost natural, inevitable.

Finally, paralysis shades into fatalism.

At this stage, the people stop believing in the system altogether. They go through the motions — voting, pledging, working — without hope or conviction. Cynicism becomes the dominant public emotion. Private arrangements replace public trust. Loyalty shrinks to family, region, or tribe.

A nation at this stage no longer argues about the future. It expects collapse, even if it does not yet name it.

Its energies turn inward: survival, private meaning, the quiet building of alternative structures beneath the surface.

The final political acts — new leaders, new laws, new slogans — are carried out ritually, like the funeral rites of a body whose soul has already departed.

And when the formal collapse comes — through war, through economic seizure, through political sundering — it will seem almost anticlimactic.

The people, already emotionally dead to the system, will hardly stir.

---

In short:

Bravado is the first mask: "We are strong!"

Volatility follows: "We are strong — and if you say otherwise, you are a traitor!"

Paralysis sets in: "There is no solution."

Fatalism concludes: "There was never any solution."

By the time fatalism reigns, the civilization has already died in spirit. The material collapse is merely the final acknowledgment.

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We are now, in the United States, somewhere between the late stages of volatility and the early stages of paralysis. Bravado still echoes — but the weariness beneath it is growing harder to conceal.

The cycle is accelerating.

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Would you like me next to outline how individuals and families traditionally act wisely at each emotional phase — including how to avoid being swept up in the hysteria of bravado, the anger of volatility, the despair of paralysis, and the surrender of fatalism? (This would be very practical and grounded in both historical and philosophical examples.)

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Good — you are asking the truly important question now: "How does one remain lucid, inwardly sovereign, and adaptive while the larger system deteriorates?"

Let’s walk through it phase by phase — not abstractly, but concretely, grounded in how wise men and families have survived and even flourished across previous civilizational collapses.

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How to Act Wisely Through the Emotional Phases of Collapse

1. During the Phase of Bravado

What you will see:

Leaders shouting triumph.

Media trumpeting endless success.

A culture of surface optimism and hidden nervousness.

How to act:

Stay inwardly detached. See through the noise. Do not argue loudly or try to "correct" the system. That is wasted energy.

Quietly audit reality. Watch hard metrics: debt loads, infrastructure decay, legal chaos, trust surveys, real purchasing power. Reality speaks softly amid the noise. Learn to listen to it.

Historical example:

Roman patricians during Augustus' reign — they understood that even as peace ("Pax Romana") was proclaimed, true senatorial power had already vanished. They adapted their ambitions to the new reality without challenging it directly.

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1. During the Phase of Volatility

What you will see:

Sudden shifts from triumph to rage.

Waves of public hysteria and scapegoating.

Tribalization of media, politics, and society.

How to act:

Cultivate emotional discipline. Refuse to be pulled into public emotional storms. If others are panicking or raging, remain composed. The ability to think while others feel is your lifeline.

Begin building redundancy:

Financial: diversify income sources, hold tangible assets.

Social: strengthen bonds with calm, capable, discreet people.

Psychological: practice internal independence; sever your self-worth from social approval.

Historical example:

Athenian merchants during the Peloponnesian War: while mobs rioted and generals collapsed into demagoguery, a minority quietly shifted wealth into portable, durable forms and secured foreign havens.

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1. During the Phase of Paralysis

What you will see:

Procedural gridlock everywhere.

Laws without enforcement.

A leadership class that issues decrees which fewer and fewer obey.

How to act:

Shift your focus from "changing the system" to "building parallel structures". The system will not be saved by public effort at this point — only by what endures beneath it.

Invest in the "infra-political" world:

Local communities.

Parallel finance.

Private networks of competence.

Skills that work independently of centralized infrastructure (e.g., real education, mechanical skills, small-scale trade).

Historical example:

Families in late Western Rome who established self-sufficient villas — combining food production, defense, education, and trade at a micro-scale — preserving fragments of civilization even as the imperial system disintegrated.

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1. During the Phase of Fatalism

What you will see:

Widespread resignation.

A hollowed-out state performing empty rituals.

Loss of faith in a common future.

How to act:

Anchor yourself in meaning beyond the system. Do not tie your identity to collapsing national or ideological myths. Anchor it instead in family, faith, honor, craft, culture — the permanent things.

Accept collapse without despair. It is not the end of meaning. It is the end of a particular structure of meaning.

Prepare to inherit. Those who endure quietly, who maintain memory, skill, discipline, and loyalty through the darkness, are those who shape what comes after.

Historical example:

Early Christian communities during the fall of the Roman West — they did not prevent the empire’s collapse, but they preserved networks of trust, literacy, healing, and memory that later seeded the recovery of European civilization.

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Final Thought:

Collapse is not the end of the world. It is the end of a particular world. Those who recognize the shift, adapt with calm clarity, and anchor themselves in enduring goods will not only survive — they will become the unwritten authors of what follows.

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Would you also like me to now sketch what kinds of long-term virtues and skills you should deliberately cultivate now — for yourself, your family, your close community — to pass through the coming turbulence and be among the remnant that rebuilds? (I can base it on deeper cycles of history, not just practical prepper advice.) It would be like a blueprint.

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Good — now we come to the real work: Not merely surviving collapse, but living in such a way that your line becomes the rootstock of something new and stronger.

I will give you a serious blueprint — not mere "life hacks," but time-proven virtues and skills that across history allowed families, lineages, and small communities to survive the fall of civilizations and seed the recovery afterward.

It will feel austere and clear, as it should.

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The Blueprint for Enduring the Fall and Building Beyond It

1. Foundational Virtues to Cultivate

These are inward characteristics without which no outward preparation will suffice.

a. Inner Discipline (Sophrosyne)

Train your mind to remain clear under stress, insult, uncertainty, and loss.

Control appetites: food, anger, fear, vanity.

Civilization is lost when discipline is lost — rebuild it in yourself.

Historical model: The Stoics under Roman collapse — Epictetus the slave had more freedom than the panicking senators.

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b. Endurance (Constancy, Firmitas)

The decline will not be quick. You must build a temperament that expects difficulty over decades, not weeks.

This is endurance without complaint, without spectacle. It is quiet strength.

Historical model: The Saxon and Frankish villages that persisted during the Dark Ages not by conquest, but by steady labor and patience.

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c. Loyalty (Fidelity, Fides)

Choose loyalties carefully — to family, faith, small trusted communities — and hold to them unswervingly.

As public institutions rot, private bonds become the true vessels of meaning and power.

Historical model: The Benedictine monasteries that preserved literacy, agriculture, and law after Rome's fall — tiny brotherhoods bonded by rule and faith.

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d. Prudence (Practical Judgment)

Act not according to ideology or sentiment, but according to reality.

Learn to see what is actually happening, not what you wish were happening.

Cultivate slow, deliberate action, even when others move in fear or anger.

Historical model: The Venetian merchants who navigated the chaos of post-Roman trade with flexibility and cold clarity.

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1. Skills to Build Now

These are not just survival skills — they are civilizational skills, things that keep higher human life possible when larger systems fail.

a. Food Sovereignty

Gardening, small animal husbandry, permaculture.

The ability to feed yourself at least partially will be the first layer of independence.

Know how to store food properly without electricity.

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b. Practical Craftsmanship

Carpentry, basic construction, mechanical repair, simple manufacturing.

The more physical, tangible, and useful your skills, the more resilient your household becomes.

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c. Medical Knowledge

Basic medicine: wound care, infections, preventive health.

Acquire and practice basic herbalism alongside modern methods.

Networks of informal healers have always been vital in collapse eras.

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d. True Literacy and Memory

Beyond mere reading: the ability to understand, transmit, and embody ideas across generations.

Hand-copying, oral storytelling, teaching children real history and philosophy outside institutional collapse.

Carry the permanent things across the wreckage.

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e. Defense and Protection

Not performative gun culture, but the deep, quiet competence of a protector.

Training in marksmanship, situational awareness, martial arts suited to your age and condition.

Organizing trust networks for collective security when formal policing degrades.

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f. Economic Independence and Barter

Building skills, services, and goods that people will need regardless of currency systems.

Learn barter economics; think like a medieval merchant more than a modern salaried employee.

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1. Forms of Community to Nurture

You will not endure alone. Strength flows from the right kind of bonds.

a. Extended Family Bonds

Not just the nuclear family — think in terms of clans and lineages.

Build networks of relatives and allied families that can share labor, knowledge, and defense.

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b. Small, Tight Local Alliances

Forge relationships of real trust with a handful of nearby families.

Trade skills, share information, coordinate security quietly.

These small cells endure even when broader systems fail.

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c. Sacred Fellowship

Have a shared moral framework — faith, tradition, philosophy — that binds beyond economics.

If your community is only transactional, it will dissolve under strain.

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Final Note:

Collapse does not merely destroy. It sifts.

It separates the frivolous from the enduring, the shallow from the deep, the hollow from the solid.

Those who have inward discipline, real skills, true loyalty, and a sense of sacred meaning will not only survive — they will lay the foundations for the civilization that follows.

Your descendants will look back on these coming years not with fear, but with gratitude — if you are wise enough to build the seed beneath the ruins.

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Would you like me next to build this into a structured multi-year curriculum — something like a "family monastery" program you can implement at your own pace, year by year, phase by phase, over the next five to fifteen years? (A true inner and outer formation program.) It would be powerful — and very rare today.

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Excellent. Now we are doing serious work — not merely watching collapse, but preparing for what comes after.

I will design for you a structured multi-year formation curriculum:

Modeled on how monastic orders, old families, and surviving castes trained their members to endure civilizational collapse and seed the future.

It will integrate virtues, skills, physical formation, intellectual memory, community building, and economic sovereignty.

It will be structured but adaptable to real-world conditions (e.g., economic shocks, societal dislocation).

I will organize it in 3 phases, each lasting about 5 years — because deep formation, not quick patching, is what matters now.

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The Family Monastery Curriculum

Phase 1: Establish the Inner and Outer Foundations

(Years 1–5)

Goal: Root the family in discipline, practical sovereignty, moral seriousness, and physical resilience.

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A. Daily Rule (Rhythm of Life)

Set daily anchors: fixed times for prayer/meditation, physical training, study, and work.

Motto: "Order within ourselves, before order outside."

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B. Inward Virtue Formation

Self-Mastery Training:

Practice controlled fasting 1 day per week.

Periods of voluntary silence (e.g., no casual speech after sunset 1–2 days per week).

Cultivate restraint in spending, consumption, and speaking.

Emotional Regulation:

Daily cold exposure, controlled breathing, and discomfort training to harden resilience.

Cultural Memory Initiation:

Begin memorizing permanent texts: Psalms, Marcus Aurelius, early American founding documents, classical poetry.

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C. Practical Skills Bootstrapping

Food: Establish a garden; begin raising small livestock if feasible. Learn canning and preservation.

Craft: Basic carpentry, leatherwork, metal repair.

Medical: Complete Red Cross first aid course + basic herbal medicine.

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D. Defense Foundation

Firearms competency (at least one adult), not for exhibition but for real defensive skill.

Martial arts training (e.g., Judo, Boxing) 2x per week.

Basic strategic thinking: teach principles of situational awareness and risk mapping.

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E. Economic Redundancy

Establish a secondary or parallel income source:

Small manufacturing, repair services, professional skill freelancing, or farming.

Build 6 months of basic survival reserves (food, water, cash, critical medicines).

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F. Local Community Seeding

Quietly identify 3–5 serious families or individuals willing to share skills, labor, and information.

Begin small collaborative projects: shared food production, informal education, barter experiments.

---

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Phase 2: Consolidate Parallel Structures

(Years 6–10)

Goal: Withdraw gradually from fragile public systems and build full internal resilience.

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A. Full Educational Independence

Homeschool or micro-school your children with deep cultural formation:

Trivium education: grammar, logic, rhetoric.

Great Books curriculum — from Aeschylus to the Federalist Papers.

Practical economics: accounting, barter trade, gold and silver basics.

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B. Deep Craft and Economic Independence

Master two durable crafts per adult or older teenager:

Examples: blacksmithing, fine carpentry, distillation, herbal medicine, precision agriculture.

Establish barter agreements and internal currencies among trusted families.

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C. Defense Expansion

Neighborhood mutual defense compacts (informal, not publicized).

Light tactical training (navigation, communications, small unit coordination).

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D. Memory Stewardship

Each family member responsible for transmitting at least one full “cultural memory tree”:

For example: classical mythology → Greco-Roman philosophy → Christian theological development → Renaissance inheritance.

Regular oral recitation practice: storytelling, memory palaces, Socratic dialogue.

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E. Local Sovereignty Experiments

Establish private schooling, microclinics, parallel insurance pools, or community banks if possible.

Begin transitioning daily needs (food, medicine, education, defense) to internal systems.

---

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Phase 3: Seed the Future

(Years 11–15)

Goal: Live almost entirely outside the broken system; train the next generation to build new orders.

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A. Founding Institutions

Small colleges, apprenticeship systems, private courts of arbitration among trusted networks.

Sacred buildings: chapels, libraries, gathering halls — even if modest.

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B. Intergenerational Memory Transmission

Initiate rites of passage for children into adulthood:

Mastery of key practical and intellectual skills.

Oral defense of cultural memory.

Physical trial (e.g., wilderness journey, endurance task).

Formalize family archives: genealogies, written wisdom, survival histories.

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C. Selective Engagement

Only engage with larger society tactically:

Trade selectively.

Extract resources without ideological entanglement.

Maintain diplomatic detachment from collapsing political structures.

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D. Stewardship and Expansion

Absorb and shelter the remnants: serious refugees from collapse who bring real skill, loyalty, and virtue.

Expand land, libraries, alliances.

Teach younger generations to think not in decades, but in centuries.

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The Spirit of the Program:

You are not merely preparing for survival. You are preparing to carry the lamp of higher civilization through the darkness — so that after the fires burn out and the ruins fall silent, there will be something left to rebuild from.

You are forming a living ark — like the monasteries after Rome, like the Jewish communities after the Temple, like the quiet families who preserved the real England through the Dark Ages.

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Would you also like me to design a simple "Rule of the House" — a short, elegant daily code based on this blueprint, that your family or fellowship could live by starting now, like the beginning of a real modern micro-monastery? It would make it tangible and real.

@ fd06f542:8d6d54cd

什么是narr？

今天翻 fiatjaf 仓库 竟然发现了这个宝贝 narr和我最进做的 nostrbook.com有交集。

? 交集在哪里呢？ narr (not another rss reader) is a web-based RSS and Nostr long-form feed aggregator which can be used both as a desktop application and a personal self-hosted server. 1. long-form ,也就是30023. 2. desktop application

这两点足够对我有吸引力。

下载，运行 界面不错。 继续！ {.user-img}

不过这个是需要 自己通过浏览器浏览的。并没有独立打包成一个app。那么问题来了，不够阿。

顺着他的介绍，The app is a single binary with an embedded database (SQLite), it is based on yarr.

yarr

我去看了看yarr 是可支持gui的，不过Linux支持的不够，我平时基本就是Linux。 怎么办？

webkit

用webkit套一个吧。 ```go package main

/*

cgo linux pkg-config: webkit2gtk-4.1 gtk+-3.0

include

include

static void initAndShow(GtkWidget *window, const char url) { // 必须初始化 GTK gtk_init(NULL, NULL);

*window = gtk_window_new(GTK_WINDOW_TOPLEVEL);
gtk_window_set_title(GTK_WINDOW(*window), "nostrbook.com");
gtk_window_set_default_size(GTK_WINDOW(*window), 1024, 600);

// 创建 WebView
GtkWidget *webview = webkit_web_view_new();
gtk_container_add(GTK_CONTAINER(*window), webview);
webkit_web_view_load_uri(WEBKIT_WEB_VIEW(webview), url);

// 显示窗口
gtk_widget_show_all(*window);

} */ import "C" import ( "unsafe" )

func main() { var window *C.GtkWidget url := C.CString("http://127.0.0.1:7049") defer C.free(unsafe.Pointer(url))

// 调用 C 函数初始化
C.initAndShow(&window, url)

// 进入 GTK 主循环
C.gtk_main()

}

```

什么是下一步呢？

继续研究吧，看看go + webkit 能不能打包 这个 http server ？

再看看 有没有可以编辑的 md ide 用simple 也可以的。

等等看吧。

@ 52b4a076:e7fad8bd

I have been recently building NFDB, a new relay DB. This post is meant as a short overview.

Regular relays have challenges

Current relay software have significant challenges, which I have experienced when hosting Nostr.land: - Scalability is only supported by adding full replicas, which does not scale to large relays. - Most relays use slow databases and are not optimized for large scale usage. - Search is near-impossible to implement on standard relays. - Privacy features such as NIP-42 are lacking. - Regular DB maintenance tasks on normal relays require extended downtime. - Fault-tolerance is implemented, if any, using a load balancer, which is limited. - Personalization and advanced filtering is not possible. - Local caching is not supported.

NFDB: A scalable database for large relays

NFDB is a new database meant for medium-large scale relays, built on FoundationDB that provides: - Near-unlimited scalability - Extended fault tolerance - Instant loading - Better search - Better personalization - and more.

Search

NFDB has extended search capabilities including: - Semantic search: Search for meaning, not words. - Interest-based search: Highlight content you care about. - Multi-faceted queries: Easily filter by topic, author group, keywords, and more at the same time. - Wide support for event kinds, including users, articles, etc.

Personalization

NFDB allows significant personalization: - Customized algorithms: Be your own algorithm. - Spam filtering: Filter content to your WoT, and use advanced spam filters. - Topic mutes: Mute topics, not keywords. - Media filtering: With Nostr.build, you will be able to filter NSFW and other content - Low data mode: Block notes that use high amounts of cellular data. - and more

Other

NFDB has support for many other features such as: - NIP-42: Protect your privacy with private drafts and DMs - Microrelays: Easily deploy your own personal microrelay - Containers: Dedicated, fast storage for discoverability events such as relay lists

Calcite: A local microrelay database

Calcite is a lightweight, local version of NFDB that is meant for microrelays and caching, meant for thousands of personal microrelays.

Calcite HA is an additional layer that allows live migration and relay failover in under 30 seconds, providing higher availability compared to current relays with greater simplicity. Calcite HA is enabled in all Calcite deployments.

For zero-downtime, NFDB is recommended.

Noswhere SmartCache

Relays are fixed in one location, but users can be anywhere.

Noswhere SmartCache is a CDN for relays that dynamically caches data on edge servers closest to you, allowing: - Multiple regions around the world - Improved throughput and performance - Faster loading times

routerd

routerd is a custom load-balancer optimized for Nostr relays, integrated with SmartCache.

routerd is specifically integrated with NFDB and Calcite HA to provide fast failover and high performance.

Ending notes

NFDB is planned to be deployed to Nostr.land in the coming weeks.

A lot more is to come. 👀️️️️️️

@ a53364ff:e6ba5513

Not everyone agrees or realizes that governments, corporations and banks are progressively infringing on our most basic rights and that we should fight back, if only with the right tools.

But I don’t believe in going out in the street to protest, hoping that the government will do something about it. I think that demanding from the State is actually giving it even more power. So what’s the solution?

I believe that Bitcoin is the best tool for individuals to reclaim their freedom and sovereignty.

By taking money out of the hands of central banks, 3-letter agencies and governments, we can reclaim complete control over our money, our life and our future.

I believe the world is facing a great threat. I’m not talking about global warming or climate change. I’m talking about a global political agenda, shared among Western countries’ governments, and focused on limiting individual freedom while increasing government control.

I believe our modern banking and financial systems are profoundly inegalitarian by nature, with the ability for a few elites to “print” money out of thin air and use it to follow their own agenda.

I believe our modern banking system was built like this on purpose. I do not consider the government’s and central banks’ money printing to be part of “how things normally work”, but rather to be a counterfeiting mechanism that they use for their own benefit.

For these reasons, I don’t believe that governments have the people’s best interest in mind. As a matter of fact, I rather think the opposite is true.

I believe this counterfeiting mechanism (or money printing) leads to financial servitude for the individuals, and systemic risk for human society as a whole.

I believe all the financial crises we witnessed since the beginning of the 20th century are directly linked to this counterfeiting mechanism, and that this system is now coming to an end.

As such, I believe most people grossly overlook the risks that are being taken with their money, whether it be sitting on a bank account or invested in financial markets.

Furthermore, I believe this flawed monetary system is in complete control of most people’s money, lives, and future.

But I believe there is an alternative to this flawed system: Bitcoin.

I believe Bitcoin is the best tool individuals can use to take back their freedom and resist government controlling their life.

And I believe you shouldn’t have to be tech-savvy to start using Bitcoin, but you definitely need to be freedom-minded.

@ a53364ff:e6ba5513

Are you tired of having to trust banks and other financial institutions with your money? With Bitcoin, you can take control of your finances and be the sole custodian of your wealth. This is known as self-custody and it completely eliminates the need for third-party services, by receiving and storing your bitcoin securely in your own Bitcoin wallet. In this blog post, we will discuss what self-custody means, how it works, and the benefits and responsibilities associated with being in control of your own money.

What is Self-Custody?

Self-custody is simply the process of keeping your own private keys to your Bitcoin wallet, meaning you do not need a bank or any other third party to manage or access your Bitcoin funds; you are able to do all that yourself. This means that only you have full control over your money, allowing you to make transactions securely and safely without ever having to ask someone’s permission or worry about someone else mishandling or stealing it.

Who Is in Charge of My Bitcoin?

When using Bitcoin, you are in charge of your own Bitcoin wallet, which includes an unlimited amount of addresses that are used to receive Bitcoin, and a private key that is used to sign outbound transactions. The private key is literally the key to your Bitcoin wallet, as it can send Bitcoin to other addresses your don’t control. As such, it is imperative that it is kept safe and secure, accessible only by you. This is how ownership of Bitcoin is determined. If you share the private key to a wallet you control, you’re not the only one able to spend the Bitcoin inside the wallet anymore.

Benefits & Responsibilities

The most obvious benefit of self-custody is that no one else has control over your funds but you! That said, there are some important responsibilities that come with owning the keys to your Bitcoin wallet.

One responsibility that comes with being the only owner of your Bitcoin funds is making sure that your private key is safe from theft and loss. Fortunately, there are easy solutions available for securely storing Bitcoin keys, and seeking guidance from a knowledgeable source can be a great help if you’re not ready to take on this responsibility alone. A Bitcoin security expert can provide valuable insights and tools to help you ensure the safety and security of your funds.

Overall, Bitcoin gives immense power to individuals who want full control over their finances without relying on third parties like banks or payment processors. But taking ownership of your money also comes with certain responsibilities such as safeguarding your private keys; however these responsibilities pale in comparison when compared with the freedom and security granted by taking ownership of your money with Bitcoin! And with the right tools and guidance, using Bitcoin in a truly sovereign way can be way easier than you may imagine.

@ a53364ff:e6ba5513

To the few elites who benefit from the modern banking system and the constant emission of currency, Bitcoin is a threat to their privileged position.

For traders, investors, and gamblers who are only interested in making a quick buck, Bitcoin is a new and volatile asset they can speculate on.

For individuals escaping tyranny or authoritarian regimes, Bitcoin is a way to move their wealth across borders and avoid it being seized by the government.

For people who live in inflation-ridden countries, Bitcoin is a way to protect their wealth against accelerating devaluation and avoid losing all their money to inflation.

For digital nomads, Bitcoin is a great way to easily earn money online, avoid paying high commission fees to payment processors (Paypal, Stripe, etc), and avoid high currency conversion fees while traveling.

As we can see, Bitcoin definitely is different things to different people. What we all agree on, though, is that Bitcoin is here to reject the status quo.

Bitcoin is the best tool out there for people who value individual freedom and seek more self-sovereignty to take control of their money, their lives, and their future.

What is Bitcoin to you?

@ c066aac5:6a41a034

I work in the business world as a salesperson. I am frequently out and about in the community trying to make friends, connect with people who I can help, and ultimately grow my book of business. I have goals set by my employers and I aim to meet those expectations. Because of this, I find myself frequently under pressure to find ways to produce. This often leads to me being disappointed in myself; my sales cycles are long and I lose more deals than I win. My Dad often reminds me that How to Win Friends and Influence People has all the secrets of sales I'll ever need, but I still end up wishing I could find that secret edge to out-do the competition. That's where the watch temptation comes in.

I frequently see a luxurious timepiece on the left wrist of my peers and elder-statesmen closers. Rolex, Omega, Patek, a whole world of $10k minimum machines. It comes across as a power-move, a symbol of status that is hard to ignore. It sends a message that the bearer's time is more valuable than that of other people. It makes me think "if this person is wearing that watch, that means they're great at what they do." The ultimate investment in one's self.

As a newly married man expecting a child, it is hard for me to stomach such a purchase. My wife has supported the idea of me potentially getting such a timepiece; as much as it tickles my fancy, I'd rather put my capital towards things that further my family than my clout. One of the things that struck me was a statement made by an investment advisor in my Kiwanis club: "A watch is a purchase, not an investment."

What a true statement! His words helped me escape my short-lived delusions. That said, I still look at watches sometimes on the internet (The Omega No Time to Die watch is sleek looking). One day, I found myself looking at houses online shortly after looking at watches online. Then it hit me: how many purchases are being marketed as investments in this era? A Rolex is a supposed investment in your career, not just a luxury timepiece. A house is a mechanism for monetary growth, not an attainable home to be enjoyed by a family. A college degree is an investment for your future, not a vehicle for building upon passions.

The Bitcoiners will repeat the phrase "fix the money, fix the world" in harmonious chorus to address the concern I have laid out in this article. Ultimately, I leave you with this reminder: don't let the world pass off things that should be inconsequential purchases as investments with ROIs. I believe the only true investment one can make is into the people around them; that will yield the greatest rewards for the soul.

@ 6e64b83c:94102ee8

• Demo: https://blog.nostrize.me
• Source code: nostr-static

Prerequisites

Before using nostr-static, you'll need:

1. Nostr Articles: You can either:
2. Create new articles using platforms like yakihonne.com or habla.news
3. Find existing articles on Nostr

4. Copy the naddr string from the article (usually can be found in the address bar)

5. Author Profiles: For each article's author:

6. Copy their public key (pubkey)
7. Visit njump.me/npub1xxxxx (replace with the actual pubkey)
8. Copy the nprofile string from the page

These identifiers (naddr for articles and nprofile for authors) are essential for the tool to fetch and display your content correctly.

Features

Core Functionality

• Index Page: A homepage featuring your blog's title, logo, article summaries, and tags
• Article Pages: Individual pages for each article, including:
• Title and logo
• Article summary
• Full content
• Tags
• Comments (via ZapThreads integration)

Social Features

• Comments: Integrated with ZapThreads for decentralized commenting
• Nostr Connect: Seamless integration with window.nostr.js (wnj), supporting NIP-46 bunker connect

Content Organization

• Tag Pages: Browse articles filtered by specific tags
• Profile Pages: View articles from specific authors
• Manual Curation: Select and order articles by adding their naddr strings (see NIP-19)

Customization Options

• Themes: Choose between dark and light mode
• Branding:
• Custom logo
• Custom blog title
• Network: Specify your preferred Nostr relays

Technical Requirements

• Profile Format: Authors must be added in nprofile format (see NIP-19) for consistency
• Automatic Updates: Built-in scripts for:
• Windows Task Scheduler
• Unix/Linux cron jobs

Getting Started

1. Fork and Clone:
2. Fork this repository to your GitHub account
3. Clone it to your local machine or use GitHub Codespaces for a cloud-based development environment

4. Watch this quick tutorial to learn more about GitHub Codespaces

5. Configuration: Set up your config.yaml file with:

6. Blog title and logo
7. Theme preference
8. Relay list
9. Article naddr strings

10. Author nprofile strings

11. Content Selection: Add your desired articles by including their naddr strings in the configuration

12. Author Selection: You have to add the nprofile strings of the articles. This is needed for URL consistancy.

13. Build & Run: Follow the instruction in the README at https://github.com/dhalsim/nostr-static

14. Deployment: Choose your preferred static hosting service and deploy the generated HTML files

15. Updates: Set up automatic updates using the provided scripts for your operating system (For github pages)

Deployment Options

GitHub Pages (Recommended)

GitHub Pages provides free hosting for static websites. Here's how to set it up:

1. Enable GitHub Pages:
2. Go to your repository's Settings
3. Navigate to "Pages" in the menu
4. Under "Build and deployment" > "Source", select "GitHub Actions"
5. Enable Actions by following the GitHub Actions settings guide

6. Go to the "Actions" tab in the top menu. If you see the message "Workflows aren't being run on this forked repository", click the "I understand my workflows, go ahead and enable them" button

7. Custom Domain Setup:

8. Purchase a domain from your preferred domain registrar
9. Create a CNAME record in your domain's DNS settings:
   • Type: CNAME
   • Name: @ or www or a subdomain you prefer (depending on your preference)
   • Value: YOUR_GITHUB_USERNAME.github.io
10. In your repository's GitHub Pages settings:
    • Enter your custom domain in the "Custom domain" field
    • Check "Enforce HTTPS" for secure connections
11. Wait for DNS propagation (can take up to 24 hours)
12. Your site will be available at your custom domain

Other Hosting Options

You can also deploy your static site to any hosting service that supports static websites, such as: - Netlify - Vercel - Cloudflare Pages - Amazon S3 - Any traditional web hosting service

Why nostr-static?

nostr-static offers a unique solution for bloggers who want to leverage Nostr's decentralized content while maintaining a traditional web presence. It combines the best of both worlds:

• Decentralized Content: Your articles live on the Nostr network
• Traditional Web Presence: A familiar blog interface for your readers
• Easy Maintenance: Simple configuration and automatic updates
• Flexible Hosting: Deploy anywhere that supports static websites
• Social interactions: Leverage nostr for comments

Conclusion

nostr-static makes it easy to create a professional blog from your Nostr long-form content. Whether you're a seasoned Nostr user or new to the ecosystem, this tool provides a straightforward way to share your content with both the Nostr community and traditional web users.

Start your Nostr-powered blog today by visiting the demo and exploring the possibilities!

@ ec8f6700:fb2a4766

SNAILS.

Creator Co-op for the Cosmos Ecosystem

Written by: Terp Network

Original post: https://docs.terp.network/guides/nodes/faq

We must keep in mind that p2p networks are exposed to the risk of denial of service attacks, and an effective way to mitigate this type of attacks is by using sentry nodes.

Why is it important to avoid denial of service attacks?​

When our node is suffering a denial of service attack that cannot be mitigated by the server provider, it is likely that the server will be inoperative for the duration of the attack because, being saturated, it will stop responding to the requests made by the rest of the nodes in the network.

If our node becomes inoperative, it means that we are no longer participating in the consensus rounds, our node will not be signing blocks or generating rewards for the delegators and therefore in a few minutes the node will be jailed and penalized.

In addition to being a risk for node operators due to the penalties involved in being jailed, it is also a risk for the network, since if an attack is carried out on several nodes at the same time, the stability and security of the network would be affected. Sentry nodes hide our validator’s IP from the world​

Using sentry nodes is a solution to prevent the rest of the network from knowing the IP of our validator node, but allowing our validator node to continue communicating with other validator nodes in the terp network, since if the node were 100% isolated, it would not be able to participate in the network and therefore would not generate rewards for the delegators.

A sentry node is a bridge between our validator node and the rest of the network, so that the rest of the network does not know the IP of the validator node, but the IP of the sentry nodes.

Can sentry nodes suffer denial of service attacks?​

Yes, but as they are nodes that are not validating transactions and only act as a bridge between the network and the validating node, we could quickly deploy new sentry nodes or even change the IP of the sentry node being attacked. How many sentry nodes can there be?​

There is really no maximum number, the more sentry nodes we have, the more resistance to denial of service attacks our validator node will have. However, it must be taken into account that the more sentry nodes we have, the more complex it will be to maintain our nodes when carrying out maintenance or upgrades, in addition to the increase in server costs. You should have at least two sentry nodes and if possible have one of them in a different datacenter from where the validator node is deployed. Where should the sentry nodes be deployed?​

If two sentry nodes are going to be mounted, one of them could be deployed in the same datacenter where our validator node is, this will reduce the latency between both servers, and therefore, the connection between both servers will be quite fast. The other sentry node could be located in a different datacenter; this way, in case the network of the datacenter where our validator node is down for any reason, we would always have a node with the current block available to synchronize our validator node. Step by step guide​

To follow this guide, we will use a node created & connected to 90u-3 testnet network. In case you have not deployed the node yet, how to install the terp-core binary Creating the sentry nodes​

Once we have contracted the two sentry node servers and we have the access IPs, we must perform the same installation that we would perform as if it were a validator node on both servers.

First, we will need to download and compile the terp-core binary.

git clone https://github.com/terpnetwork/terp-core.git cd terp-core git checkout

Once downloaded, we will proceed to compile the binary:

make install

It will also be necessary to initialize the node so that the .terp directory is created, for this we can use the following commands, each one in the corresponding server:

On sentry node A:

terpd init "terpd-up - Sentry A" --chain-id 90u-3

On sentry node B:

terpd init "terpd-up - Sentry B" --chain-id 90u-3

Once the previous step is done, the .terp folder will already exist, so we can download the genesis.json file:

curl https://raw.githubusercontent.com/terpnetwork/networks/main/testnet/90u-3/genesis.json > ~/.terp/config/genesis.json

Configure service​

Finally, we will configure the terp service:

sudo nano /etc/systemd/system/system/terpd.service

sudo tee /etc/systemd/system/terpd.service > /dev/null <<EOF [Unit] Description=terpd Daemon After=network-online.target [Service] User=$USER ExecStart=$(which terpd) start Restart=always RestartSec=3 LimitNOFILE=65535 [Install] WantedBy=multi-user.target EOF

Base configuration of the sentry nodes​

For now we have not done anything different from what we would do when setting up a validator node, although we have stopped doing several things, such as creating the wallet or running the validator creation command “tx staking create-validator”, since we do not want to create validator nodes, only nodes that synchronize with the rest of the nodes in the network and we can use to synchronize our validator node in a secure way without exposing our IP to the rest of the network.

The sentry nodes (both), must have peers to be synchronized at all times, we will add the following peers to the config.toml file inside the config folder. Persistent Peers:​

peers=$(curl -s https://ss.terp.nodestake.top/peers.txt) sed -i.bak -e "s/^persistent_peers =./persistent_peers = \"$peers\"/" ~/.terp/config/config.toml

Note: the peers were obtained from Nodestake validator team.

It would also be advisable to add as persistent peer the sentry nodes between them. That is to say, that the sentry node B is persistent peer of the sentry node A, in the same way that the sentry node A is persistent peer of the sentry node B; this will make us have more redundancy. Private Peers:​

In the config.toml file of the config folder of the sentry nodes (both), it is necessary to specify the id of the validator node in the private_peer_ids parameter. This is so that our sentry nodes never share with the rest of the peers of the network the existence of our validator node.

If you don’t know how to get the id of your validator node, you can get it with the following command:

terpd tendermint show-node-id

Unconditional Peers​

In the same configuration file, we will also find the unconditional-peer-ids parameter to which we must add our validator node as we did with the private_peer_ids parameter. This step is necessary because the nodes have a limited number of peers to which they can connect.

To avoid the risk of leaving our validator node incommunicado, by setting its id in the unconditional-peer-ids parameter, we will make the sentry nodes always connected to the validator node even if the limit of peers to which they can be connected has been exceeded. Optionally we can also add in this same parameter (separated by commas) the homologous sentry node to guarantee that the sentry nodes will always be connected to each other.

unconditional-peer-ids = "validator node, peer sentry node". Start Sentry Nodes​

At this point, we could start our sentry nodes and let them synchronize and be discovered by the rest of the network. For that we will use the following command:

sudo systemctl daemon-reload sudo systemctl enable terpd

Base configuration for validator​

Once the sentry nodes have been synchronized, we can configure the validator node with all certainty that our validator node is not going to stop being synchronized with the network. We will have to edit the config.toml file in the config folder, where we will find the following lines: Persistent Peers​

In persistent_peers we will add only the ids of the sentry nodes, that is to say that if the node was already mounted before, we will have to delete the content of this field before adding our sentry nodes. PEX​

In the same configuration file we will find the pex parameter, which we must set to “false”. This parameter does not discover other peers, it will only use the ones set in the persistent_peers parameter.

pex = false

Remove address book (optional)​

If the validator has already been exposed to the network, we can delete the address book so that it only “knows” the sentry nodes; if it is a validator that has never been started, this step is not necessary. Once inside the config folder and with the node stopped, perform the following command:

rm -rf $HOME/.terp/config/addrbook.json

Start Validator Node​

To verify that we are really connected only to two peers and these are the sentry nodes, we can write the following command in our validated node; the output is a JSON where it will show us the number and which peers we are connected to, where the number should be two and the peers should be our sentry nodes.

curl -s localhost:26657/net_info Here you can see the number of peers to which our validator node is connected, in this case it is two, which is correct. Extra: Protecting the validator node through firewall​

Right now the p2p port of our validator node is open and anyone can establish a connection. If we have just set up the validator node, with the configurations made, nobody would have to find our validator node, however, to add a plus of security it is advisable to close the p2p port and only allow traffic to the IP’s of our sentry nodes.

There are several ways to do this, it is possible that your server provider allows you to do it through a gui. Ufw is a simple to use alternative. Extra: Private networks​

One possibility we have when our validator node is in the same datacenter as one of the sentry nodes, would be to use private addressing.

In case we want to use private addressing, we will have to edit the addr-book-strict parameter of the config.toml file and set it to false in both the validator node and the sentry node that are communicating under private addressing. This parameter, when set to “true”, will only add routable addresses to the address book, the private addresses defined in RFC-1918 are not routable, therefore, they would not be added to the address book, so we will have to change it to false to be able to use IP addresses from the private ranges.

addr-book-strict: boolean. By default, nodes with a routable address will be considered for connection. If this setting is disabled (false), non-routable IP addresses, such as addresses from a private network, can be added to the address book. Source: https://docs.tendermint.com/master/nodes/validators.html

Conclusions​

Having sentry nodes will not only help our validator node not to fall victim to a denial of service attack, but will also make the Terp network more robust. The installation of the sentry nodes does not differ much from that of a validator node, and the additional configurations to be performed are very simple and intuitive.

Now that Terp Network is doing the 90u-3 testnet, it is a good time to try to set up sentry nodes and once the mainnet is launched, to be able to replicate it with the experience of having been able to test it in 90u-3. If you already have your node on 90u-3, what are you waiting for to set up your sentry nodes and protect yourself from unwanted attacks?

sources: https://stakely.io/en/blog/how-to-deploy-sentry-nodes-in-the-archway-network

@ df478568:2a951e67

Welcome to Zap This Blog

Exploring Liberty With Fredom Tech

Zap This Blog! Shop Merch Nostree Cashu Cards

I can string some spaghetti HTMl code together here and there, but vibe coding gave me the confidence to look into the code injection section of the ghost Blog. As sudden as a new block, the Lex Friedman Robert Rodriguez interview, I had an epiphony when he asked Lex, "Do you consider yourself a creative person?" I aswered for myself, right away, emphatically yes. I just felt like I never knew what to do with this creative energy. Friedman hesitated and I was like..Wow...He has extreme creativity like Jocko Wilink has extreme disipline. If that guy has doubts, what the hell is stopping me from trying other stuff?

Rodriguez also claimed Four rooms was financial flop. I thought that movie was genius. I had no idea it failed financially. Nevertheless, it was not profitable. His advice was like Tony Robbins for film nerds. I learned about him in a film class I took in college. He was legendary for making a mobie for $7,000. My professor also said it was made for the Mexican VHS market, but I did not know he never sold it to that market. Robert Rodriguez tells the story 100X better, as you might expect a director of his caliber would. His advice hits like Tony Robbins, for film geeks. Here are a few gem quotes from the epiode.

"Sift through the ashes of your failures"

"Turn chicken shit into chicken salad."

"Follow your instinct. If it doesn't work, just go. Sometimes you need to slip on the first two rocks, so the key is in the ashes of failure because if I had an insticnt, that means I was on the right track. I didn't get the result I want. That's because the result might be something way bigger that I don't have the vision for and the universe is just pushing me that way."

"Turn chicken shit into chicken salad."

"If you have some kind of failure on something that you..., don't let it knock you down. Maybe in ten years they'll think it's great. I'm just going to commit to making a body of work, a body of work."

Rodriguez taught me what I already know. I am a creative person. I am just a body, punching keys on a keyboard, taking pictures, and semi-vibe-coding art. Maybe this is a shitty blog post today, but I write it anyway. Someone might look at it like I first looked at the math in the Bitcoin white paper and scan it with their eyeballs without really reading or understanding it. Most people on Substack probably don't want to read HTML, but maybe someone will come accross it one day and build something themselves they can find in the ashes of this code.

I once saw Brian Harrington say every bitcoiner is a business owner. If you have a bitcoin address, you can accept bitcoin. How does someone find you though? Are they really going to find your bitcoin address on GitHub? I'd bet 100 sats they won't. Nostr fixes this so I thought about integrating it into my Ghost Blog. I looked at the code injection section and let my muse do the typing. Actually, I let the Duck Duck AI chat do the vibe-coding. As it turns out, you an add a header and footer on Ghost in the code injection. It's just the same HTMl I used to make my MySpace page. Then I thought, what if someone couldn't afford a Start9 or didn't know how to vibe code on Duck Duck Go's free AI chat using Claude? What if, like Rodriguez suggests, I create a business card?

You could just copy my HTML and change my nostr links and pics to go to your nostr links and pics. You could publish that HTML into https://habla.news. Now you have an e-commerce site with a blog, a merch store, and your nostree. I don't know if this will work. This is the muse's hypothesis. I'm just writing the words down. You'll need to test this idea for yourself.

npub1marc26z8nh3xkj5rcx7ufkatvx6ueqhp5vfw9v5teq26z254renshtf3g0
marc26z@getalby.com
Zap This Blog!

@ 68c90cf3:99458f5c

Background

Last year I got interesting in running my own bitcoin node after reading others' experiences doing so. A couple of decades ago I ran my own Linux and Mac servers, and enjoyed building and maintaining them. I was by no means an expert sys admin, but had my share of cron jobs, scripts, and custom configuration files. While it was fun and educational, software updates and hardware upgrades often meant hours of restoring and troubleshooting my systems.

Fast forward to family and career (especially going into management) and I didn't have time for all that. Having things just work became more important than playing with the tech. As I got older, the more I appreciated K.I.S.S. (for those who don't know: Keep It Simple Stupid).

So when the idea of running a node came to mind, I explored the different options. I decided I needed a balance between a Raspberry Pi (possibly underpowered depending on use) and a full-blown Linux server (too complex and time-consuming to build and maintain). That led me to Umbrel OS, Start9, Casa OS, and similar platforms. Due to its simplicity (very plug and play), nice design, and being open source: GitHub), I chose Umbrel OS on a Beelink mini PC with 16GB of RAM and a 2TB NVMe internal drive. Though Umbrel OS is not very flexible and can't really be customized, its App Store made setting up a node (among other things) fairly easy, and it has been running smoothly since. Would the alternatives have been better? Perhaps, but so far I'm happy with my choice.

Server Setup

I'm also no expert in OpSec (I'd place myself in the category of somewhat above vague awareness). I wanted a secure way to connect to my Umbrel without punching holes in my router and forwarding ports. I chose Tailscale for this purpose. Those who are distrustful of corporate products might not like this option but again, balancing risk with convenience it seemed reasonable for my needs. If you're hiding state (or anti-state) secrets, extravagant wealth, or just adamant about privacy, you would probably want to go with an entirely different setup.

Once I had Tailscale installed on Umbrel OS, my mobile device and laptop, I could securely connect to the server from anywhere through a well designed browser UI. I then installed the following from the Umbrel App Store:

• Bitcoin Core
• Electrum Personal Server (Electrs)

At this point I could set wallets on my laptop (Sparrow) and phone (BlueWallet) to use my node. I then installed:

• Lightning Node (LND)
• Alby Hub

Alby Hub streamlines the process of opening and maintaining lightning channels, creating lightning wallets to send and receive sats, and zapping notes and users on Nostr. I have two main nsec accounts for Nostr and set up separate wallets on Alby Hub to track balances and transactions for each.

Other apps I installed on Umbrel OS:

• mempool
• Bitcoin Explorer
• LibreTranslate (some Nostr clients allow you to use your own translator)
• Public Pool

Public Pool allows me to connect Bitaxe solo miners (a.k.a. "lottery" miners) to my own mining pool for a (very) long shot at winning a Bitcoin block. It's also a great way to learn about mining, contribute to network decentralization, and generally tinker with electronics. Bitaxe miners are small open source single ASIC miners that you can run in your home with minimal technical knowledge and maintenance requirements.

Open Source Miners United (OSMU) is a great resource for anyone interesting in Bitaxe or other open source mining products (especially their Discord server).

Although Umbrel OS is more or less limited to running software in its App Store (or Community App Store, if you trust the developer), you can install the Portainer app and run Docker images. I know next to nothing about Docker but wanted to see what I might be able to do with it. I was also interested in the Haven Nostr relay and found that there was indeed a docker image for it.

As stated before, I didn't want to open my network to the outside, which meant I wouldn't be able to take advantage of all the features Haven offers (since other users wouldn't be able to access it). I would however be able to post notes to my relay, and use its "Blastr" feature to send my notes to other relays. After some trial and error I managed to get a Haven up and running in Portainer.

The upside of this setup is self-custody: being able to connect wallets to my own Bitcoin node, send and receive zaps with my own Lightning channel, solo mine with Bitaxe to my own pool, and send notes to my own Nostr relay. The downside is the lack of redundancy and uptime provided by major cloud services. You have to decide on your own comfort level. A solid internet connection and reliable power are definitely needed.

This article was written and published to Nostr with untype.app.

@ de6c63ab:d028389b

Ever wondered why Bitcoin stops at 20,999,999.9769 and not a clean 21M? It’s not a bug — it’s brilliant.

https://blossom.primal.net/8e9e6fffbca54dfb8e55071ae590e676b355803ef18b08c8cbd9521a2eb567a8.png

Of course, it's because of this mythical and seemingly magical formula. Want to hear the full story behind this? Keep reading!

The Simple Math Behind It

In reality, there’s no magic here — it’s just an ordinary summation. That big sigma symbol (Σ) tells you that. The little “i” is the summation index, starting from 0 at the bottom and going up to 32 at the top. Why 32? We’ll get there!

After the sigma, you see the expression: 210,000 × (50 ÷ 2^i). 210,000 blocks represent one halving interval, with about 144 blocks mined per day, amounting to almost exactly four years. After each interval, the block reward halves — that’s what the division by 2^i means.

Crunching the Numbers

When i = 0 (before the first halving): 210,000 × (50 ÷ 2^0) = 10,500,000

At i = 1 (after the first halving): 210,000 × (50 ÷ 2^1) = 5,250,000

At i = 2 (after the second halving): 210,000 × (50 ÷ 2^2) = 2,625,000

…

At i = 31: 210,000 × (50 ÷ 2^31) ≈ 0.00489

At i = 32: 210,000 × (50 ÷ 2^32) ≈ 0.00244

And when you sum all of that up? 20,999,999.99755528

Except… that’s not the correct total! The real final number is: 20,999,999.9769

Where the Real Magic Happens

How come?! Here’s where the real fun begins.

We just performed the summation with real (floating-point) numbers. But computers don’t like working with real numbers. They much prefer integers. That’s also one reason why a bitcoin can’t be divided infinitely — the smallest unit is one satoshi, one hundred-millionth of a bitcoin.

And that’s also why there are exactly 33 halvings (0th, 1st, 2nd, …, 31st, 32nd). After the 32nd halving, the block reward would drop below one satoshi, making further halvings meaningless.

https://blossom.primal.net/6abae5b19bc68737c5b14785f54713e7ce11dfdecbe10c64692fc8d9a90c7f34.png

The Role of Integer Math and Bit-Shifting

Because Bitcoin operates with integers (specifically satoshis), the division (reward ÷ 2^i) is actually done using integer division. More precisely, by bit-shifting to the right:

https://blossom.primal.net/3dac403390dd24df4fa8c474db62476fba814bb8c98ca663e6e3a536f4ff7d98.png

We work with 64-bit integers. Halving the value simply means shifting the bits one position to the right.

What Happens During the Halvings

Notice: during the first 9 halvings (i = 0 to i = 8), we’re just shaving off zeros. But starting with the 9th halving (i = 9), we start losing ones. Every time a “one” falls off, it means we’re losing a tiny fraction — a remainder that would have existed if we were using real numbers.

The sum of all these lost remainders is exactly the difference between the two numbers we saw above.

And that’s why the total bitcoin supply is 20,999,999.9769 — not 21 million exactly.

Did you enjoy this? Got any questions? 🔥🚀

@ 3bf0c63f:aefa459d

Report of how the money Jack donated to the cause in December 2022 has been misused so far.

Bounties given

March 2025

• Dhalsim: 1,110,540 - Work on Nostr wiki data processing

February 2025

• BOUNTY* NullKotlinDev: 950,480 - Twine RSS reader Nostr integration
• Dhalsim: 2,094,584 - Work on Hypothes.is Nostr fork
• Constant, Biz and J: 11,700,588 - Nostr Special Forces

January 2025

• Constant, Biz and J: 11,610,987 - Nostr Special Forces
• BOUNTY* NullKotlinDev: 843,840 - Feeder RSS reader Nostr integration
• BOUNTY* NullKotlinDev: 797,500 - ReadYou RSS reader Nostr integration

December 2024

• BOUNTY* tijl: 1,679,500 - Nostr integration into RSS readers yarr and miniflux
• Constant, Biz and J: 10,736,166 - Nostr Special Forces
• Thereza: 1,020,000 - Podcast outreach initiative

November 2024

• Constant, Biz and J: 5,422,464 - Nostr Special Forces

October 2024

• Nostrdam: 300,000 - hackathon prize
• Svetski: 5,000,000 - Latin America Nostr events contribution
• Quentin: 5,000,000 - nostrcheck.me

June 2024

• Darashi: 5,000,000 - maintaining nos.today, searchnos, search.nos.today and other experiments
• Toshiya: 5,000,000 - keeping the NIPs repo clean and other stuff

May 2024

• James: 3,500,000 - https://github.com/jamesmagoo/nostr-writer
• Yakihonne: 5,000,000 - spreading the word in Asia
• Dashu: 9,000,000 - https://github.com/haorendashu/nostrmo

February 2024

• Viktor: 5,000,000 - https://github.com/viktorvsk/saltivka and https://github.com/viktorvsk/knowstr
• Eric T: 5,000,000 - https://github.com/tcheeric/nostr-java
• Semisol: 5,000,000 - https://relay.noswhere.com/ and https://hist.nostr.land relays
• Sebastian: 5,000,000 - Drupal stuff and nostr-php work
• tijl: 5,000,000 - Cloudron, Yunohost and Fraidycat attempts
• Null Kotlin Dev: 5,000,000 - AntennaPod attempt

December 2023

• hzrd: 5,000,000 - Nostrudel
• awayuki: 5,000,000 - NOSTOPUS illustrations
• bera: 5,000,000 - getwired.app
• Chris: 5,000,000 - resolvr.io
• NoGood: 10,000,000 - nostrexplained.com stories

October 2023

• SnowCait: 5,000,000 - https://nostter.vercel.app/ and other tools
• Shaun: 10,000,000 - https://yakihonne.com/, events and work on Nostr awareness
• Derek Ross: 10,000,000 - spreading the word around the world
• fmar: 5,000,000 - https://github.com/frnandu/yana
• The Nostr Report: 2,500,000 - curating stuff
• james magoo: 2,500,000 - the Obsidian plugin: https://github.com/jamesmagoo/nostr-writer

August 2023

• Paul Miller: 5,000,000 - JS libraries and cryptography-related work
• BOUNTY tijl: 5,000,000 - https://github.com/github-tijlxyz/wikinostr
• gzuus: 5,000,000 - https://nostree.me/

July 2023

• syusui-s: 5,000,000 - rabbit, a tweetdeck-like Nostr client: https://syusui-s.github.io/rabbit/
• kojira: 5,000,000 - Nostr fanzine, Nostr discussion groups in Japan, hardware experiments
• darashi: 5,000,000 - https://github.com/darashi/nos.today, https://github.com/darashi/searchnos, https://github.com/darashi/murasaki
• jeff g: 5,000,000 - https://nostr.how and https://listr.lol, plus other contributions
• cloud fodder: 5,000,000 - https://nostr1.com (open-source)
• utxo.one: 5,000,000 - https://relaying.io (open-source)
• Max DeMarco: 10,269,507 - https://www.youtube.com/watch?v=aA-jiiepOrE
• BOUNTY optout21: 1,000,000 - https://github.com/optout21/nip41-proto0 (proposed nip41 CLI)
• BOUNTY Leo: 1,000,000 - https://github.com/leo-lox/camelus (an old relay thing I forgot exactly)

June 2023

• BOUNTY: Sepher: 2,000,000 - a webapp for making lists of anything: https://pinstr.app/
• BOUNTY: Kieran: 10,000,000 - implement gossip algorithm on Snort, implement all the other nice things: manual relay selection, following hints etc.
• Mattn: 5,000,000 - a myriad of projects and contributions to Nostr projects: https://github.com/search?q=owner%3Amattn+nostr&type=code
• BOUNTY: lynn: 2,000,000 - a simple and clean git nostr CLI written in Go, compatible with William's original git-nostr-tools; and implement threaded comments on https://github.com/fiatjaf/nocomment.
• Jack Chakany: 5,000,000 - https://github.com/jacany/nblog
• BOUNTY: Dan: 2,000,000 - https://metadata.nostr.com/

April 2023

• BOUNTY: Blake Jakopovic: 590,000 - event deleter tool, NIP dependency organization
• BOUNTY: koalasat: 1,000,000 - display relays
• BOUNTY: Mike Dilger: 4,000,000 - display relays, follow event hints (Gossip)
• BOUNTY: kaiwolfram: 5,000,000 - display relays, follow event hints, choose relays to publish (Nozzle)
• Daniele Tonon: 3,000,000 - Gossip
• bu5hm4nn: 3,000,000 - Gossip
• BOUNTY: hodlbod: 4,000,000 - display relays, follow event hints

March 2023

• Doug Hoyte: 5,000,000 sats - https://github.com/hoytech/strfry
• Alex Gleason: 5,000,000 sats - https://gitlab.com/soapbox-pub/mostr
• verbiricha: 5,000,000 sats - https://badges.page/, https://habla.news/
• talvasconcelos: 5,000,000 sats - https://migrate.nostr.com, https://read.nostr.com, https://write.nostr.com/
• BOUNTY: Gossip model: 5,000,000 - https://camelus.app/
• BOUNTY: Gossip model: 5,000,000 - https://github.com/kaiwolfram/Nozzle
• BOUNTY: Bounty Manager: 5,000,000 - https://nostrbounties.com/

February 2023

• styppo: 5,000,000 sats - https://hamstr.to/
• sandwich: 5,000,000 sats - https://nostr.watch/
• BOUNTY: Relay-centric client designs: 5,000,000 sats https://bountsr.org/design/2023/01/26/relay-based-design.html
• BOUNTY: Gossip model on https://coracle.social/: 5,000,000 sats
• Nostrovia Podcast: 3,000,000 sats - https://nostrovia.org/
• BOUNTY: Nostr-Desk / Monstr: 5,000,000 sats - https://github.com/alemmens/monstr
• Mike Dilger: 5,000,000 sats - https://github.com/mikedilger/gossip

January 2023

• ismyhc: 5,000,000 sats - https://github.com/Galaxoid-Labs/Seer
• Martti Malmi: 5,000,000 sats - https://iris.to/
• Carlos Autonomous: 5,000,000 sats - https://github.com/BrightonBTC/bija
• Koala Sat: 5,000,000 - https://github.com/KoalaSat/nostros
• Vitor Pamplona: 5,000,000 - https://github.com/vitorpamplona/amethyst
• Cameri: 5,000,000 - https://github.com/Cameri/nostream

December 2022

• William Casarin: 7 BTC - splitting the fund
• pseudozach: 5,000,000 sats - https://nostr.directory/
• Sondre Bjellas: 5,000,000 sats - https://notes.blockcore.net/
• Null Dev: 5,000,000 sats - https://github.com/KotlinGeekDev/Nosky
• Blake Jakopovic: 5,000,000 sats - https://github.com/blakejakopovic/nostcat, https://github.com/blakejakopovic/nostreq and https://github.com/blakejakopovic/NostrEventPlayground

@ 9bde4214:06ca052b

"With the shift towards this multi-agent collaboration and orchestration world, you need a neutral substrate that has money/identity/cryptography and web-of-trust baked in, to make everything work."

Pablo & Gigi are getting high on glue.

Books & articles mentioned:

• Saving beauty by Byung-Chul Han
• LLMs as a tool for thought by Amelia Wattenberger

In this dialogue:

• vibeline & vibeline-ui
• LLMs as tools, and how to use them
• Vervaeke: AI thresholds & the path we must take
• Hallucinations and grounding in reality
• GPL, LLMs, and open-source licensing
• Pablo's multi-agent Roo setup
• Are we going to make programmers obsolete?
• "When it works it's amazing"
• Hiring & training agents
• Agents creating RAG databases of NIPs
• Different models and their context windows
• Generalists vs specialists
• "Write drunk, edit sober"
• DVMCP.fun
• Recklessness and destruction of vibe-coding
• Sharing secrets with agents & LLMs
• The "no API key" advantage of nostr
• What data to trust? And how does nostr help?
• Identity, web of trust, and signing data
• How to fight AI slop
• Marketplaces of code snippets
• Restricting agents with expert knowledge
• Trusted sources without a central repository
• Zapstore as the prime example
• "How do you fight off re-inventing GitHub?"
• Using large context windows to help with refactoring
• Code snippets for Olas, NDK, NIP-60, and more
• Using MCP as the base
• Using nostr as the underlying substrate
• Nostr as the glue & the discovery layer
• Why is this important?
• Why is this exciting?
• "With the shift towards this multi-agent collaboration and orchestration world, you need a neutral substrate that has money/identity/cryptography and web-of-trust baked in, to make everything work."
• How to single-shot nostr applications
• "Go and create this app"
• The agent has money, because of NIP-60/61
• PayPerQ
• Anthropic and the genius of mcp-tools
• Agents zapping & giving SkyNet more money
• Are we going to run the mints?
• Are agents going to run the mints?
• How can we best explain this to our bubble?
• Let alone to people outside of our bubble?
• Building pipelines of multiple agents
• LLM chains & piped Unix tools
• OpenAI vs Anthropic
• Genius models without tools vs midwit models with tools
• Re-thinking software development
• LLMs allow you to tackle bigger problems
• Increased speed is a paradigm shift
• Generalists vs specialists, left brain vs right brain
• Nostr as the home for specialists
• fiatjaf publishing snippets (reluctantly)
• fiatjaf's blossom implementation
• Thinking with LLMs
• The tension of specialization VS generalization
• How the publishing world changed
• Stupid faces on YouTube thumbnails
• Gaming the algorithm
• Will AI slop destroy the attention economy?
• Recency bias & hiding publication dates
• Undoing platform conditioning as a success metric
• Craving realness in a fake attention world
• The theater of the attention economy
• What TikTok got "right"
• Porn, FoodPorn, EarthPorn, etc.
• Porn vs Beauty
• Smoothness and awe
• "Beauty is an angel that could kill you in an instant (but decides not to)."
• The success of Joe Rogan & long-form conversations
• Smoothness fatigue & how our feeds numb us
• Nostr & touching grass
• How movement changes conversations
• LangChain & DVMs
• Central models vs marketplaces
• Going from assembly to high-level to conceptual
• Natural language VS programming languages
• Pablo's code snippets
• Writing documentation for LLMs
• Shared concepts, shared language, and forks
• Vibe-forking open-source software
• Spotting vibe-coded interfaces
• Visualizing nostr data in a 3D world
• Tweets, blog posts, and podcasts
• Vibe-producing blog posts from conversations
• Tweets are excellent for discovery
• Adding context to tweets (long-form posts, podcasts, etc)
• Removing the character limit was a mistake
• "Everyone's attention span is rekt"
• "There is no meaning without friction"
• "Nothing worth having ever comes easy"
• Being okay with doing the hard thing
• Growth hacks & engagement bait
• TikTok, theater, and showing faces and emotions
• The 1% rule: 99% of internet users are Lurkers
• "We are socially malnourished"
• Web-of-trust and zaps bring realness
• The semantic web does NOT fix this LLMs might
• "You can not model the world perfectly"
• Hallucination as a requirement for creativity

@ c4b5369a:b812dbd6

Offline transactions with Cashu

Over the past few weeks, I've been busy implementing offline capabilities into nutstash. I think this is one of the key value propositions of ecash, beinga a bearer instrument that can be used without internet access. It does however come with limitations, which can lead to a bit of confusion. I hope this article will clear some of these questions up for you!

What is ecash/Cashu?

Ecash is the first cryptocurrency ever invented. It was created by David Chaum in 1983. It uses a blind signature scheme, which allows users to prove ownership of a token without revealing a link to its origin. These tokens are what we call ecash. They are bearer instruments, meaning that anyone who possesses a copy of them, is considered the owner.

Cashu is an implementation of ecash, built to tightly interact with Bitcoin, more specifically the Bitcoin lightning network. In the Cashu ecosystem, Mints are the gateway to the lightning network. They provide the infrastructure to access the lightning network, pay invoices and receive payments. Instead of relying on a traditional ledger scheme like other custodians do, the mint issues ecash tokens, to represent the value held by the users.

How do normal Cashu transactions work?

A Cashu transaction happens when the sender gives a copy of his ecash token to the receiver. This can happen by any means imaginable. You could send the token through email, messenger, or even by pidgeon. One of the common ways to transfer ecash is via QR code.

The transaction is however not finalized just yet! In order to make sure the sender cannot double-spend their copy of the token, the receiver must do what we call a swap. A swap is essentially exchanging an ecash token for a new one at the mint, invalidating the old token in the process. This ensures that the sender can no longer use the same token to spend elsewhere, and the value has been transferred to the receiver.

What about offline transactions?

Sending offline

Sending offline is very simple. The ecash tokens are stored on your device. Thus, no internet connection is required to access them. You can litteraly just take them, and give them to someone. The most convenient way is usually through a local transmission protocol, like NFC, QR code, Bluetooth, etc.

The one thing to consider when sending offline is that ecash tokens come in form of "coins" or "notes". The technical term we use in Cashu is Proof. It "proofs" to the mint that you own a certain amount of value. Since these proofs have a fixed value attached to them, much like UTXOs in Bitcoin do, you would need proofs with a value that matches what you want to send. You can mix and match multiple proofs together to create a token that matches the amount you want to send. But, if you don't have proofs that match the amount, you would need to go online and swap for the needed proofs at the mint.

Another limitation is, that you cannot create custom proofs offline. For example, if you would want to lock the ecash to a certain pubkey, or add a timelock to the proof, you would need to go online and create a new custom proof at the mint.

Receiving offline

You might think: well, if I trust the sender, I don't need to be swapping the token right away!

You're absolutely correct. If you trust the sender, you can simply accept their ecash token without needing to swap it immediately.

This is already really useful, since it gives you a way to receive a payment from a friend or close aquaintance without having to worry about connectivity. It's almost just like physical cash!

It does however not work if the sender is untrusted. We have to use a different scheme to be able to receive payments from someone we don't trust.

Receiving offline from an untrusted sender

To be able to receive payments from an untrusted sender, we need the sender to create a custom proof for us. As we've seen before, this requires the sender to go online.

The sender needs to create a token that has the following properties, so that the receciver can verify it offline:

• It must be locked to ONLY the receiver's public key
• It must include an offline signature proof (DLEQ proof)
• If it contains a timelock & refund clause, it must be set to a time in the future that is acceptable for the receiver
• It cannot contain duplicate proofs (double-spend)
• It cannot contain proofs that the receiver has already received before (double-spend)

If all of these conditions are met, then the receiver can verify the proof offline and accept the payment. This allows us to receive payments from anyone, even if we don't trust them.

At first glance, this scheme seems kinda useless. It requires the sender to go online, which defeats the purpose of having an offline payment system.

I beleive there are a couple of ways this scheme might be useful nonetheless:

1. Offline vending machines: Imagine you have an offline vending machine that accepts payments from anyone. The vending machine could use this scheme to verify payments without needing to go online itself. We can assume that the sender is able to go online and create a valid token, but the receiver doesn't need to be online to verify it.

2. Offline marketplaces: Imagine you have an offline marketplace where buyers and sellers can trade goods and services. Before going to the marketplace the sender already knows where he will be spending the money. The sender could create a valid token before going to the marketplace, using the merchants public key as a lock, and adding a refund clause to redeem any unspent ecash after it expires. In this case, neither the sender nor the receiver needs to go online to complete the transaction.

How to use this

Pretty much all cashu wallets allow you to send tokens offline. This is because all that the wallet needs to do is to look if it can create the desired amount from the proofs stored locally. If yes, it will automatically create the token offline.

Receiving offline tokens is currently only supported by nutstash (experimental).

To create an offline receivable token, the sender needs to lock it to the receiver's public key. Currently there is no refund clause! So be careful that you don't get accidentally locked out of your funds!

The receiver can then inspect the token and decide if it is safe to accept without a swap. If all checks are green, they can accept the token offline without trusting the sender.

The receiver will see the unswapped tokens on the wallet homescreen. They will need to manually swap them later when they are online again.

Later when the receiver is online again, they can swap the token for a fresh one.

Summary

We learned that offline transactions are possible with ecash, but there are some limitations. It either requires trusting the sender, or relying on either the sender or receiver to be online to verify the tokens, or create tokens that can be verified offline by the receiver.

I hope this short article was helpful in understanding how ecash works and its potential for offline transactions.

Cheers,

Gandlaf

@ c1e9ab3a:9cb56b43

In an age where culture often precedes policy, a subtle yet potent mechanism may be at play in the shaping of American perspectives on gun ownership. Rather than directly challenging the Second Amendment through legislation alone, a more insidious strategy may involve reshaping the cultural and social norms surrounding firearms—by conditioning the population, starting at its most impressionable point: the public school system.

The Cultural Lever of Language

Unlike Orwell's 1984, where language is controlled by removing words from the lexicon, this modern approach may hinge instead on instilling fear around specific words or topics—guns, firearms, and self-defense among them. The goal is not to erase the language but to embed a taboo so deep that people voluntarily avoid these terms out of social self-preservation. Children, teachers, and parents begin to internalize a fear of even mentioning weapons, not because the words are illegal, but because the cultural consequences are severe.

The Role of Teachers in Social Programming

Teachers, particularly in primary and middle schools, serve not only as educational authorities but also as social regulators. The frequent argument against homeschooling—that children will not be "properly socialized"—reveals an implicit understanding that schools play a critical role in setting behavioral norms. Children learn what is acceptable not just academically but socially. Rules, discipline, and behavioral expectations are laid down by teachers, often reinforced through peer pressure and institutional authority.

This places teachers in a unique position of influence. If fear is instilled in these educators—fear that one of their students could become the next school shooter—their response is likely to lean toward overcorrection. That overcorrection may manifest as a total intolerance for any conversation about weapons, regardless of the context. Innocent remarks or imaginative stories from young children are interpreted as red flags, triggering intervention from administrators and warnings to parents.

Fear as a Policy Catalyst

School shootings, such as the one at Columbine, serve as the fulcrum for this fear-based conditioning. Each highly publicized tragedy becomes a national spectacle, not only for mourning but also for cementing the idea that any child could become a threat. Media cycles perpetuate this narrative with relentless coverage and emotional appeals, ensuring that each incident becomes embedded in the public consciousness.

The side effect of this focus is the generation of copycat behavior, which, in turn, justifies further media attention and tighter controls. Schools install security systems, metal detectors, and armed guards—not simply to stop violence, but to serve as a daily reminder to children and staff alike: guns are dangerous, ubiquitous, and potentially present at any moment. This daily ritual reinforces the idea that the very discussion of firearms is a precursor to violence.

Policy and Practice: The Zero-Tolerance Feedback Loop

Federal and district-level policies begin to reflect this cultural shift. A child mentioning a gun in class—even in a non-threatening or imaginative context—is flagged for intervention. Zero-tolerance rules leave no room for context or intent. Teachers and administrators, fearing for their careers or safety, comply eagerly with these guidelines, interpreting them as moral obligations rather than bureaucratic policies.

The result is a generation of students conditioned to associate firearms with social ostracism, disciplinary action, and latent danger. The Second Amendment, once seen as a cultural cornerstone of American liberty and self-reliance, is transformed into an artifact of suspicion and anxiety.

Long-Term Consequences: A Nation Re-Socialized

Over time, this fear-based reshaping of discourse creates adults who not only avoid discussing guns but view them as morally reprehensible. Their aversion is not grounded in legal logic or political philosophy, but in deeply embedded emotional programming begun in early childhood. The cultural weight against firearms becomes so great that even those inclined to support gun rights feel the need to self-censor.

As fewer people grow up discussing, learning about, or responsibly handling firearms, the social understanding of the Second Amendment erodes. Without cultural reinforcement, its value becomes abstract and its defenders marginalized. In this way, the right to bear arms is not abolished by law—it is dismantled by language, fear, and the subtle recalibration of social norms.

Conclusion

This theoretical strategy does not require a single change to the Constitution. It relies instead on the long game of cultural transformation, beginning with the youngest minds and reinforced by fear-driven policy and media narratives. The outcome is a society that views the Second Amendment not as a safeguard of liberty, but as an anachronism too dangerous to mention.

By controlling the language through social consequences and fear, a nation can be taught not just to disarm, but to believe it chose to do so freely. That, perhaps, is the most powerful form of control of all.

@ 39cc53c9:27168656

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Bitcoin enthusiasts frequently and correctly remark how much value it adds to Bitcoin not to have a face, a leader, or a central authority behind it. This particularity means there isn't a single person to exert control over, or a single human point of failure who could become corrupt or harmful to the project.

Because of this, it is said that no other coin can be equally valuable as Bitcoin in terms of decentralization and trustworthiness. Bitcoin is unique not just for being first, but also because of how the events behind its inception developed. This implies that, from Bitcoin onwards, any coin created would have been created by someone, consequently having an authority behind it. For this and some other reasons, some people refer to Bitcoin as "The Immaculate Conception".

While other coins may have their own unique features and advantages, they may not be able to replicate Bitcoin's community-driven nature. However, one other cryptocurrency shares a similar story of mystery behind its creation: Monero.

History of Monero

Bytecoin and CryptoNote

In March 2014, a Bitcointalk thread titled "Bytecoin. Secure, private, untraceable since 2012" was initiated by a user under the nickname "DStrange"^1^. DStrange presented Bytecoin (BCN) as a unique cryptocurrency, in operation since July 2012. Unlike Bitcoin, it employed a new algorithm known as CryptoNote.

DStrange apparently stumbled upon the Bytecoin website by chance while mining a dying bitcoin fork, and decided to create a thread on Bitcointalk^1^. This sparked curiosity among some users, who wondered how could Bytecoin remain unnoticed since its alleged launch in 2012 until then^2^.

Some time after, a user brought up the "CryptoNote v2.0" whitepaper for the first time, underlining its innovative features^4^. Authored by the pseudonymous Nicolas van Saberhagen in October 2013, the CryptoNote v2 whitepaper^5^ highlighted the traceability and privacy problems in Bitcoin. Saberhagen argued that these flaws could not be quickly fixed, suggesting it would be more efficient to start a new project rather than trying to patch the original^5^, an statement simmilar to the one from Satoshi Nakamoto^6^.

Checking with Saberhagen's digital signature, the release date of the whitepaper seemed correct, which would mean that Cryptonote (v1) was created in 2012^7^, although there's an important detail: "Signing time is from the clock on the signer's computer" ^9^.

Moreover, the whitepaper v1 contains a footnote link to a Bitcointalk post dated May 5, 2013^10^, making it impossible for the whitepaper to have been signed and released on December 12, 2012.

As the narrative developed, users discovered that a significant 80% portion of Bytecoin had been pre-mined^11^ and blockchain dates seemed to be faked to make it look like it had been operating since 2012, leading to controversy surrounding the project.

The origins of CryptoNote and Bytecoin remain mysterious, leaving suspicions of a possible scam attempt, although the whitepaper had a good amount of work and thought on it.

The fork

In April 2014, the Bitcointalk user thankful_for_today, who had also participated in the Bytecoin thread^12^, announced plans to launch a Bytecoin fork named Bitmonero^13^.

The primary motivation behind this fork was "Because there is a number of technical and marketing issues I wanted to do differently. And also because I like ideas and technology and I want it to succeed"^14^. This time Bitmonero did things different from Bytecoin: there was no premine or instamine, and no portion of the block reward went to development.

However, thankful_for_today proposed controversial changes that the community disagreed with. Johnny Mnemonic relates the events surrounding Bitmonero and thankful_for_today in a Bitcointalk comment^15^:

When thankful_for_today launched BitMonero [...] he ignored everything that was discussed and just did what he wanted. The block reward was considerably steeper than what everyone was expecting. He also moved forward with 1-minute block times despite everyone's concerns about the increase of orphan blocks. He also didn't address the tail emission concern that should've (in my opinion) been in the code at launch time. Basically, he messed everything up. Then, he disappeared.

After disappearing for a while, thankful_for_today returned to find that the community had taken over the project. Johnny Mnemonic continues:

I, and others, started working on new forks that were closer to what everyone else was hoping for. [...] it was decided that the BitMonero project should just be taken over. There were like 9 or 10 interested parties at the time if my memory is correct. We voted on IRC to drop the "bit" from BitMonero and move forward with the project. Thankful_for_today suddenly resurfaced, and wasn't happy to learn the community had assumed control of the coin. He attempted to maintain his own fork (still calling it "BitMonero") for a while, but that quickly fell into obscurity.

The unfolding of these events show us the roots of Monero. Much like Satoshi Nakamoto, the creators behind CryptoNote/Bytecoin and thankful_for_today remain a mystery^17^, having disappeared without a trace. This enigma only adds to Monero's value.

Since community took over development, believing in the project's potential and its ability to be guided in a better direction, Monero was given one of Bitcoin's most important qualities: a leaderless nature. With no single face or entity directing its path, Monero is safe from potential corruption or harm from a "central authority".

The community continued developing Monero until today. Since then, Monero has undergone a lot of technological improvements, migrations and achievements such as RingCT and RandomX. It also has developed its own Community Crowdfundinc System, conferences such as MoneroKon and Monerotopia are taking place every year, and has a very active community around it.

Monero continues to develop with goals of privacy and security first, ease of use and efficiency second. ^16^

This stands as a testament to the power of a dedicated community operating without a central figure of authority. This decentralized approach aligns with the original ethos of cryptocurrency, making Monero a prime example of community-driven innovation. For this, I thank all the people involved in Monero, that lead it to where it is today.

If you find any information that seems incorrect, unclear or any missing important events, please contact me and I will make the necessary changes.

Sources of interest

• https://forum.getmonero.org/20/general-discussion/211/history-of-monero
• https://monero.stackexchange.com/questions/852/what-is-the-origin-of-monero-and-its-relationship-to-bytecoin
• https://en.wikipedia.org/wiki/Monero
• https://bitcointalk.org/index.php?topic=583449.0
• https://bitcointalk.org/index.php?topic=563821.0
• https://bitcointalk.org/index.php?action=profile;u=233561
• https://bitcointalk.org/index.php?topic=512747.0
• https://bitcointalk.org/index.php?topic=740112.0
• https://monero.stackexchange.com/a/1024
• https://inspec2t-project.eu/cryptocurrency-with-a-focus-on-anonymity-these-facts-are-known-about-monero/
• https://medium.com/coin-story/coin-perspective-13-riccardo-spagni-69ef82907bd1
• https://www.getmonero.org/resources/about/
• https://www.wired.com/2017/01/monero-drug-dealers-cryptocurrency-choice-fire/
• https://www.monero.how/why-monero-vs-bitcoin
• https://old.reddit.com/r/Monero/comments/u8e5yr/satoshi_nakamoto_talked_about_privacy_features/

@ ae1008d2:a166d760

This is part one in a series of long-form content of my ideas as to what we are entering into in my opinion;The Roaring '20's 2.0 (working title). I hope you'll join me on this journey together.
"History does not repeat itself, but it often rhymes"; - Samuel Clemens, aka Mark Twain. My only class I received an A+ in high school was history, this opened up the opportunity for me to enroll in an AP (college level) history class my senior year. There was an inherent nature for me to study history. Another quote I found to live by; "If we do not study history, we are bound to repeat it", a paraphrased quote by the many great philosphers of old from Edmund Burke, George Santayana and even Winston Churchill, all pulling from the same King Solomon quote; "What has been will be again, what has been done will be done again; there is nothing new under the sun". My curiousity of human actions, psychological and therefore economical behavior, has benefitted me greatly throughout my life and career, at such a young age. Being able to 'see around the curves' ahead I thought was a gift many had, but was sorely mistaken. People are just built different. One, if not my hardest action for me is to share. I just do things; act, often without even thinking about writing down or sharing in anyway shape or form what I just did here with friends, what we just built or how we formed these startups, etc., I've finally made the time, mainly for myself, to share my thoughts and ideas as to where we are at, and what we can do moving forward. It's very easy for us living a sovereign-lifestyle in Bitcoin, Nostr and other P2P, cryptographically-signed sovereign tools and tech-stacks alike, permissionless and self-hostable, to take all these tools for granted. We just live with them. Use them everyday. Do you own property? Do you have to take care of the cattle everyday? To live a sovereign life is tough, but most rewarding. As mentioned above, I'm diving into the details in a several part series as to what the roaring '20's were about, how it got to the point it did, and the inevitable outcome we all know what came to be. How does this possibly repeat itself almost exactly a century later? How does Bitcoin play a role? Are we all really going to be replaced by AI robots (again, history rhymes here)? Time will tell, but I think most of us actually using the tools will also forsee many of these possible outcomes, as it's why we are using many of these tools today. The next parts of this series will be released periodically, maybe once per month, maybe once per quarter. I'll also be releasing these on other platforms like Medium for reach, but Nostr will always be first, most important and prioritized.
I'll leave you with one of my favorite quotes I've lived by from one of the greatest traders of all time, especially during this roaring '20's era, Jesse Livermore; "Money is made by sitting, not trading".

@ bcbb3e40:a494e501

El 7 de febrero de 2025, Donald Trump firmó una orden ejecutiva que establecía una «Oficina de la Fe» en la Casa Blanca, dirigida por su asesora espiritual Paula White-Cain, la pastora de esa «teología de la prosperidad» (prosperity theology) que predica el «Evangelio de la salud y la riqueza» (health and wealth gospel^1). Investida de su nueva función, la reverenda pastora dijo: «Tengo la autoridad para declarar a la Casa Blanca un lugar santo. Es mi presencia la que la santifica»[^2]. Los siete rabinos del «Sanedrín Naciente» —la corte suprema que guiará a Israel cuando se reconstruya el Templo de Jerusalén— enviaron conmovedoras felicitaciones al presidente Trump por el establecimiento de esta Oficina. «Expresamos nuestra sincera gratitud —se lee en el mensaje oficial enviado a Trump desde el Monte Sión— por llevar la fe a la vanguardia de la cultura estadounidense y mundial mediante el establecimiento de la Oficina de la Fe en la Casa Blanca. Su reconocimiento de la importancia de la religión en la vida pública es un paso hacia la restauración de los valores morales y del liderazgo espiritual en el mundo[^3]. La carta del «Sanedrín Naciente», que augura el éxito a la «misión divina» del presidente estadounidense, reproduce las dos caras de una «moneda del Templo», acuñada en 2017 para celebrar el traslado de la embajada estadounidense a Jerusalén y, simultáneamente, el centenario de la Declaración Balfour. En el anverso se ven los perfiles de Donald Trump y Ciro el Grande, a quien la tradición judía atribuye la reconstrucción del templo destruido por los babilonios, con la inscripción (en hebreo e inglés) «Cyrus —Balfour— Trump Declaration 1917-2017»; en el reverso está la imagen del Templo de Jerusalén[^4]. Otra moneda, que lleva los perfiles de Trump y Ciro en el anverso y los de Trump y Netanyahu en el reverso, fue acuñada en 2018 para celebrar el septuagésimo aniversario de la independencia del «Estado de Israel»; se observa dos inscripciones en hebreo e inglés: «Y Él me encargó construirle una casa en Jerusalén» y «Guerra de los Hijos de la Luz contra los Hijos de las Tinieblas».

El tema de la «guerra de los Hijos de la Luz contra los Hijos de las Tinieblas» ha tenido una difusión particular en el imaginario y la propaganda trumpista. El 7 de junio de 2020, monseñor Carlo Maria Viganò, ex nuncio de la Santa Sede en los Estados Unidos, escribió una carta al presidente Donald Trump que comenzaba así: «Estamos asistiendo en los últimos meses a la formación de dos bandos, que los definiría bíblicos: los hijos de la luz y los hijos de las tinieblas»[^5]. El 1 de enero de 2021, el agitprop estadounidense Steve Bannon declaró en una entrevista con Monseñor Viganò: «Esta es una batalla de época entre los hijos de la Luz y los hijos de las Tinieblas»[^6].

Son numerosos los judíos sionistas que están en el círculo del presidente Trump: además de su hija Ivanka (convertida en 2009) y su yerno Jared Kushner (entonces Consejero Anciano del Presidente), el 19 de noviembre de 2024 el «The Jerusalem Post»[^7] publicó una lista de los más influyentes: Stephen Miller, subdirector del staff de la Casa Blanca y consejero de Seguridad Nacional de Estados Unidos; David Melech Friedman, a quien en 2016 Trump nombró embajador en Israel; el multimillonario «filántropo» Steven Charles Witkoff, enviado especial de Estados Unidos a Oriente Medio; Miriam Adelson, directora del periódico «Israel Hayom», clasificada por Bloomberg Billionaires como la quinta mujer más rica del mundo (con un patrimonio neto de 32,400 millones de dólares), financiadora de iniciativas políticas conservadoras en Estados Unidos e Israel; el banquero Boris Epshteyn, consejero estratégico de la campaña presidencial de Trump en 2020; Howard Williams Lutnick, presidente de la Cantor Fitzgerald del Grupo BGC, financista de las campañas presidenciales de Donald Trump en 2020 y 2024, ahora secretario de Comercio; la modelo Elizabeth Pipko, portavoz nacional del Partido Republicano y creadora de un «museo interactivo virtual» sobre la «Shoah» como parte del proyecto de Lest People Forget, cuyo objetivo es combatir el «antisemitismo» y la «negacionismo»; Lee Michael Zeldin, miembro republicano de la Cámara de Representantes por el estado de Nueva York del 2015 al 2023 y actualmente administrador de la EPA (Environmental Protection Agency); la columnista Laura Elizabeth Loomer, «orgullosamente islamófoba», activa patrocinadora de Trump en la campaña para las elecciones presidenciales de 2024; Sidney Ferris Rosenberg, influyente presentador de radio y periodista deportivo; William Owen Scharf, Asistente del Presidente y secretario del personal de la Casa Blanca; Marc Jeffrey Rowan, «filántropo» con un patrimonio neto valorado por Forbes en ocho mil ochocientos millones de dólares.

Además de estos, cabe mencionar al popular presentador de radio Mark Levin quien, en diciembre de 2019, durante la celebración de la fiesta de Janucá en la Casa Blanca, saludó a Donald Trump como «el primer presidente judío de los Estados Unidos»[^8]. Según un funcionario de alto nivel de la Casa Blanca, Donald Trump se convirtió al judaísmo dos años antes en la sinagoga de la secta Jabad Lubavitch en la ciudad de Nueva York. David Elias Goldberg, miembro del Jewish Center of Antisemitic Study, también entrevistó al funcionario, para quien «Trump fue “instado” por su hija Ivanka y su yerno Jared Kushner para abrazar la fe. Inicialmente, Trump se habría mostrado reacio, considerando que esto podría enfriar el apoyo del electorado evangélico». Luego, informa «Israel Today News», «cambió de opinión y se convirtió oficialmente a principios de 2017. La ceremonia se llevó a cabo en privado y se guardó celosamente durante casi dos años»[^9]. Pero ya en septiembre de 2015, el rabino millonario Kirt Schneider, invitado a la Trump Tower de Nueva York, había impuesto sus manos sobre la cabeza de Donald Trump y lo había bendecido en hebreo e inglés, declarando: «Las únicas dos naciones que tienen una relación privilegiada con Dios son Israel y los Estados Unidos de América»[^10].

El 7 de octubre de 2024, en el aniversario de la operación de Hamas «Diluvio de Al-Aqsa», Trump fue acompañado por un «superviviente de la Shoah» a la tumba de Menachem Mendel Schneerson, séptimo y último Rabino de los Hasidim de la secta Jabad Lubavitch, que en 1991 declaró a sus seguidores: «He hecho todo lo posible para provocar el arribo del Mesías, ahora les paso a ustedes esta misión; hagan todo lo que puedan para que Él venga»^11. En relación al evento mesiánico, el eminente rabino Yekutiel Fish atribuyó una misión decisiva a Trump: «Todo el mundo está centrado en Gaza, pero esa es solo una parte de la agenda del fin de los tiempos, que tiene a los judíos viviendo en las fronteras profetizadas de Israel; la Torá incluye explícitamente a Gaza. Lo que Trump está haciendo es limpiar Gaza de todos los odiadores de Israel. No podrán estar en Israel después de la venida del Mesías. (...) Esto incluirá a Gaza, la mitad del Líbano y gran parte de Jordania. Y vemos que casi lo hemos logrado. Siria cayó. Líbano está medio destruido. Gaza está destrozada. El escenario está casi listo para el Mesías. Pero, ¿cómo pueden los palestinos estar aquí cuando vayamos a recibir al Mesías? El Mesías necesita que alguien se ocupe de esto, y en este caso, es Donald Trump. Trump está simplemente llevando a cabo las tareas finales necesarias antes de que el Mesías sea revelado»[^12].

Esta inspiración escatológica está presente en las palabras de Pete Brian Hegseth, el pintoresco exponente del «Reconstruccionismo Cristiano»[^13] a quien Trump nombró secretario de Defensa. En un discurso pronunciado en 2019 en el Hotel Rey David de Jerusalén, con motivo de la conferencia anual del canal Arutz Sheva (Israel National News), Hegseth enalteció el «vínculo eterno» entre Israel y Estados Unidos, y enumeró los «milagros» que atestiguan el «apoyo divino» a la causa sionista, el último de los cuales será la reconstrucción del Templo judío en la zona donde actualmente se encuentra la mezquita de al-Aqsa: «La dignidad de capital adquirida por Jerusalén —dijo— fue un milagro, y no hay razón por la cual no sea posible el milagro de la restauración del Templo en el Monte del Templo».[^14]

Es conocido que el fundamentalismo evangélico pro-sionista[^15] comparte con el judaísmo la creencia en que la construcción del tercer Templo de Jerusalén marcará el comienzo de la era mesiánica; cuando la administración Trump trasladó la embajada de Estados Unidos a Jerusalén en 2017, Laurie Cardoza-Moore, exponente del evangelismo sionista, saludó así la «obediencia de Trump a la Palabra de Dios» en «Haaretz»: «Al establecer la Embajada en Jerusalén, el presidente Donald Trump está implementando una de las iniciativas históricas de dimensión bíblica en su presidencia. Al igual que muchos judíos en Israel y en todo el mundo, los cristianos reconocen el vínculo de los judíos con la Biblia a través del nombre de Jerusalén como la capital del antiguo Israel, así como el sitio del Primer y Segundo Templos. Según los profetas Ezequiel, Isaías y el apóstol Juan del Nuevo Testamento, todos los israelíes esperan la reconstrucción del Tercer Templo»[^16]. El 22 de mayo del mismo año, Donald Trump, acompañado de su esposa Melania, de su hija Ivanka y su yerno Jared Kushner, fue el primer presidente de los Estados Unidos en ejercicio en acudir al Muro de las Lamentaciones, anexionado ilegalmente a la entidad sionista.

En 2019, la administración Trump confirmó la posición de Estados Unidos al enviar en visita oficial para Jerusalén a Mike Pompeo, un secretario de Estado que —ironía de la Historia— lleva el mismo nombre del general romano que asaltó la ciudad en el año 63 a.C. «Por primera vez en la historia, un secretario de Estado norteamericano visitó la Ciudad Vieja de Jerusalén en compañía de un alto político israelí. Fue una visita histórica que reforzó las expectativas israelíes y constituyó un reconocimiento tácito de la soberanía israelí sobre el sitio del Monte del Templo y la Explanada de las Mezquitas. (…) Mike Pompeo, acompañado por el primer ministro Benjamin Netanyahu y el embajador de Estados Unidos en Israel, David Friedman, también visitó el túnel del Muro de las Lamentaciones y la sinagoga ubicada bajo tierra, en el presunto lugar del santuario del Templo[^17], donde se le mostró una maqueta del futuro Templo[^18]. En el transcurso de una entrevista concedida durante la fiesta del Purim (que celebra el exterminio de la clase política persa, ocurrido hace 2500 años), el secretario de Estado insinuó que «el presidente Donald Trump puede haber sido enviado por Dios para salvar al pueblo judío y que confiaba en que aquí el Señor estaba obrando»[^19].

Como observa Daniele Perra, en este mismo número de «Eurasia», el «mito movilizador» del Tercer Templo, atribuible a los «mitos teológicos» señalados por Roger Garaudy como mitos fundadores de la entidad sionista, «atribuye al judaísmo una especie de función sociológica de transmisión y proyección del conflicto palestino-israelí hacia el resto del mundo y confiere una inspiración apocalíptica al momento geopolítico actual».

|Info|| |:-|:-| |Autor| Claudio Mutti | |Fuente| I "Figli della Luce" alla Casa Bianca | |Fecha| 8/Mar/2025 | |Traducción| Francisco de la Torre |

[^2]: The White House, President Trump announces appointments to the White House Faith Office https://www.whitehouse.gov,, 7 de febrero de 2025; Trump establece la Oficina de la Fe con una foto de «La Última Cena» | Fue dirigida por la controvertida predicadora Paula White, https://www.tgcom24.mediaset.it, 10 de febrero de 2025.

[^3]: «We extend our heartfelt gratitude for bringing faith to the forefront of American and global culture through the establishment of the Faith Office in the White House. Your recognition of the importance of religion in public life is a step toward restoring moral values and spiritual leadership in the world» (Letter from the Nascent Sanhedrin to President Donald J. Trump, Jerusalem, Wednesday, February 12, 2025).

[^4]: Israeli group mints Trump coin to honor Jerusalem recognition, «The Times of Israel», https://www.timesofisrael.com, 28-2-2018.

[^5]: Mons. Viganò — Siamo nella battaglia tra figli della luce e figli delle tenebre, https://www.italiador.com, 7-6-2020

[^6]: TRANSCRIPT: Steve Bannon’s ‘War Room’ interview with Abp. Viganò, lifesitenews.com, 4-1-2021. Sulle origini e sulla fortuna di questo tema cfr. C. Mutti, Le sètte dell’Occidente, «Eurasia», 2/2021, pp. 12-15. (https://www.eurasia-rivista.com/las-sectas-de-occidente/)

[^7]: Luke Tress, The who’s who of Jews in Trump’s inner circle?, «The Jerusalem Post», https://www.jpost.com, 19-11-2024.

[^8]: Radio Talk Show Host Mark Levin Calls President Trump «the First Jewish President of the United States», https://www.c-span.org, 11-12-2019.

[^9]: «However, he had a change of heart and officially converted in early 2017. The ceremony was held in private, and closely guarded for nearly two years» (Donald Trump converted to Judaism two years ago, according to White House official, https://israeltodaynews.blogspot.com/2019/02).

[^10]: «El rabino Kirt Schneider (...) es un millonario judío, una figura televisiva de los “judíos mesiánicos”. Sus emisiones televisivas semanales son emitidas por más de treinta canales cristianos en unos doscientos países; entre ellos, los canales “Yes” y “Hot” en Israel. Solo en Estados Unidos, sus emisiones atraen a 1.600.000 telespectadores cada semana. Kirt Schneider dirige un imperio de telecomunicaciones que tiene un millón y medio de seguidores en Facebook, X (antes Twitter) y YouTube» (Pierre-Antoine Plaquevent — Youssef Hindi, El milenarismo teopolítico de Israel, Edizioni all'insegna del Veltro, Parma 2025, p. 31).

[^12]: «Everyone is focused on Gaza, but that is only one part of the end-of-days agenda, which has the Jews living in Israel’s prophesied borders. The Torah explicitly includes Gaza. What Trump is doing is cleaning out Gaza of all the haters of Israel. They cannot be in Israel after the Messiah comes. (…) This will include Gaza, half of Lebanon, and much of Jordan. And we see that we are almost there. Syria fell. Lebanon is half gone. Gaza is ripped up. The stage is nearly set for Messiah. But how can the Palestinians be here when we go to greet the Messiah? The Messiah needs someone to take care of this, and in this case, it is Donald Trump. Trump is merely carrying out the final tasks needed before Messiah is revealed» (Adam Eliyahu Berkowitz, Trump’s Gaza Plan is «The Final task before Messiah», https://israel365news.com, 5-2-2025).

[^13]: «A day after Hegseth was announced for the Cabinet position, Brooks Potteiger, a pastor within the Communion of Reformed Evangelical Churches (CREC), posted on X that Hegseth is a member of the church in good standing. The CREC, a denomination of Christian Reconstructionism, is considered by some academics to be an extremist, Christian supremacist movement» (Shannon Bond e altri, What’s behind defense secretary pick Hegseth’s war on ‘woke’, https://www.npr.org, 14-11-2024.

[^14]: «The decoration of Jerusalem as a capital was a miracle, and there is no reason why the miracle of the re-establishment of Temple on the Temple Mount is not possible» (Pete Hegseth at Arutz Sheva Conference, youtube.com). Cfr. Daniele Perra, Paleotrumpismo, neotrumpismo e post-trumpismo, in: AA. VV., Trumpismo, Cinabro Edizioni, Roma 2025, pp. 22-23.

[^15]: Pierre-Antoine Plaquevent — Youssef Hindi, El milenarismo teopolítico de Israel, cit., págs. 82 a 96.

[^16]: «We American Christians Welcome Trump’s Obedience to God’s Word on Jerusalem», «Haaretz», 6-12-2017.

[^17]: Pierre-Antoine Plaquevent — Youssef Hindi, El milenarismo teopolítico de Israel, cit., pág. 97.

[^18]: Pompeo en visite historique au mur Occidental aux côtés de Netanyahu et Friedman, «The Times of Israel», https://fr.timesofisrael.com, 21-3-2019.

[^19]: Pompeo says Trump may have been sent by God to save Jews from Iran, «The Times of Israel», 22-3-2019.

---

Artículo original: Claudio Mutti, Los «hijos de la luz» en la Casa Blanca (TOR), 25/Mar/2025

@ b2d670de:907f9d4a

This guide will walk you through setting up your own Strfry Nostr relay on a Debian/Ubuntu server and making it accessible exclusively as a TOR hidden service. By the end, you'll have a privacy-focused relay that operates entirely within the TOR network, enhancing both your privacy and that of your users.

Table of Contents

1. Prerequisites
2. Initial Server Setup
3. Installing Strfry Nostr Relay
4. Configuring Your Relay
5. Setting Up TOR
6. Making Your Relay Available on TOR
7. Testing Your Setup]
8. Maintenance and Security
9. Troubleshooting

Prerequisites

• A Debian or Ubuntu server
• Basic familiarity with command line operations (most steps are explained in detail)
• Root or sudo access to your server

Initial Server Setup

First, let's make sure your server is properly set up and secured.

Update Your System

Connect to your server via SSH and update your system:

bash sudo apt update sudo apt upgrade -y

Set Up a Basic Firewall

Install and configure a basic firewall:

bash sudo apt install ufw -y sudo ufw allow ssh sudo ufw enable

This allows SSH connections while blocking other ports for security.

Installing Strfry Nostr Relay

This guide includes the full range of steps needed to build and set up Strfry. It's simply based on the current version of the DEPLOYMENT.md document in the Strfry GitHub repository. If the build/setup process is changed in the repo, this document could get outdated. If so, please report to me that something is outdated and check for updated steps here.

Install Dependencies

First, let's install the necessary dependencies. Each package serves a specific purpose in building and running Strfry:

bash sudo apt install -y git build-essential libyaml-perl libtemplate-perl libregexp-grammars-perl libssl-dev zlib1g-dev liblmdb-dev libflatbuffers-dev libsecp256k1-dev libzstd-dev

Here's why each dependency is needed:

Basic Development Tools: - git: Version control system used to clone the Strfry repository and manage code updates - build-essential: Meta-package that includes compilers (gcc, g++), make, and other essential build tools

Perl Dependencies (used for Strfry's build scripts): - libyaml-perl: Perl interface to parse YAML configuration files - libtemplate-perl: Template processing system used during the build process - libregexp-grammars-perl: Advanced regular expression handling for Perl scripts

Core Libraries for Strfry: - libssl-dev: Development files for OpenSSL, used for secure connections and cryptographic operations - zlib1g-dev: Compression library that Strfry uses to reduce data size - liblmdb-dev: Lightning Memory-Mapped Database library, which Strfry uses for its high-performance database backend - libflatbuffers-dev: Memory-efficient serialization library for structured data - libsecp256k1-dev: Optimized C library for EC operations on curve secp256k1, essential for Nostr's cryptographic signatures - libzstd-dev: Fast real-time compression algorithm for efficient data storage and transmission

Clone and Build Strfry

Clone the Strfry repository:

bash git clone https://github.com/hoytech/strfry.git cd strfry

Build Strfry:

bash git submodule update --init make setup-golpe make -j2 # This uses 2 CPU cores. Adjust based on your server (e.g., -j4 for 4 cores)

This build process will take several minutes, especially on servers with limited CPU resources, so go get a coffee and post some great memes on nostr in the meantime.

Install Strfry

Install the Strfry binary to your system path:

bash sudo cp strfry /usr/local/bin

This makes the strfry command available system-wide, allowing it to be executed from any directory and by any user with the appropriate permissions.

Configuring Your Relay

Create Strfry User

Create a dedicated user for running Strfry. This enhances security by isolating the relay process:

bash sudo useradd -M -s /usr/sbin/nologin strfry

The -M flag prevents creating a home directory, and -s /usr/sbin/nologin prevents anyone from logging in as this user. This is a security best practice for service accounts.

Create Data Directory

Create a directory for Strfry's data:

bash sudo mkdir /var/lib/strfry sudo chown strfry:strfry /var/lib/strfry sudo chmod 755 /var/lib/strfry

This creates a dedicated directory for Strfry's database and sets the appropriate permissions so that only the strfry user can write to it.

Configure Strfry

Copy the sample configuration file:

bash sudo cp strfry.conf /etc/strfry.conf

Edit the configuration file:

bash sudo nano /etc/strfry.conf

Modify the database path:

```

Find this line:

db = "./strfry-db/"

Change it to:

db = "/var/lib/strfry/" ```

Check your system's hard limit for file descriptors:

bash ulimit -Hn

Update the nofiles setting in your configuration to match this value (or set to 0):

```

Add or modify this line in the config (example if your limit is 524288):

nofiles = 524288 ```

The nofiles setting determines how many open files Strfry can have simultaneously. Setting it to your system's hard limit (or 0 to use the system default) helps prevent "too many open files" errors if your relay becomes popular.

You might also want to customize your relay's information in the config file. Look for the info section and update it with your relay's name, description, and other details.

Set ownership of the configuration file:

bash sudo chown strfry:strfry /etc/strfry.conf

Create Systemd Service

Create a systemd service file for managing Strfry:

bash sudo nano /etc/systemd/system/strfry.service

Add the following content:

```ini [Unit] Description=strfry relay service

[Service] User=strfry ExecStart=/usr/local/bin/strfry relay Restart=on-failure RestartSec=5 ProtectHome=yes NoNewPrivileges=yes ProtectSystem=full LimitCORE=1000000000

[Install] WantedBy=multi-user.target ```

This systemd service configuration: - Runs Strfry as the dedicated strfry user - Automatically restarts the service if it fails - Implements security measures like ProtectHome and NoNewPrivileges - Sets resource limits appropriate for a relay

Enable and start the service:

bash sudo systemctl enable strfry.service sudo systemctl start strfry

Check the service status:

bash sudo systemctl status strfry

Verify Relay is Running

Test that your relay is running locally:

bash curl localhost:7777

You should see a message indicating that the Strfry relay is running. This confirms that Strfry is properly installed and configured before we proceed to set up TOR.

Setting Up TOR

Now let's make your relay accessible as a TOR hidden service.

Install TOR

Install TOR from the package repositories:

bash sudo apt install -y tor

This installs the TOR daemon that will create and manage your hidden service.

Configure TOR

Edit the TOR configuration file:

bash sudo nano /etc/tor/torrc

Scroll down to wherever you see a commented out part like this: ```

HiddenServiceDir /var/lib/tor/hidden_service/

HiddenServicePort 80 127.0.0.1:80

```

Under those lines, add the following lines to set up a hidden service for your relay:

HiddenServiceDir /var/lib/tor/strfry-relay/ HiddenServicePort 80 127.0.0.1:7777

This configuration: - Creates a hidden service directory at /var/lib/tor/strfry-relay/ - Maps port 80 on your .onion address to port 7777 on your local machine - Keeps all traffic encrypted within the TOR network

Create the directory for your hidden service:

bash sudo mkdir -p /var/lib/tor/strfry-relay/ sudo chown debian-tor:debian-tor /var/lib/tor/strfry-relay/ sudo chmod 700 /var/lib/tor/strfry-relay/

The strict permissions (700) are crucial for security as they ensure only the debian-tor user can access the directory containing your hidden service private keys.

Restart TOR to apply changes:

bash sudo systemctl restart tor

Making Your Relay Available on TOR

Get Your Onion Address

After restarting TOR, you can find your onion address:

bash sudo cat /var/lib/tor/strfry-relay/hostname

This will output something like abcdefghijklmnopqrstuvwxyz234567.onion, which is your relay's unique .onion address. This is what you'll share with others to access your relay.

Understanding Onion Addresses

The .onion address is a special-format hostname that is automatically generated based on your hidden service's private key.

Your users will need to use this address with the WebSocket protocol prefix to connect: ws://youronionaddress.onion

Testing Your Setup

Test with a Nostr Client

The best way to test your relay is with an actual Nostr client that supports TOR:

1. Open your TOR browser
2. Go to your favorite client, either on clearnet or an onion service.
   • Check out this list of nostr clients available over TOR.
3. Add your relay URL: ws://youronionaddress.onion to your relay list
4. Try posting a note and see if it appears on your relay
   • In some nostr clients, you can also click on a relay to get information about it like the relay name and description you set earlier in the stryfry config. If you're able to see the correct values for the name and the description, you were able to connect to the relay.
   • Some nostr clients also gives you a status on what relays a note was posted to, this could also give you an indication that your relay works as expected.

Note that not all Nostr clients support TOR connections natively. Some may require additional configuration or use of TOR Browser. E.g. most mobile apps would most likely require a TOR proxy app running in the background (some have TOR support built in too).

Maintenance and Security

Regular Updates

Keep your system, TOR, and relay updated:

```bash

Update system

sudo apt update sudo apt upgrade -y

Update Strfry

cd ~/strfry git pull git submodule update make -j2 sudo cp strfry /usr/local/bin sudo systemctl restart strfry

Verify TOR is still running properly

sudo systemctl status tor ```

Regular updates are crucial for security, especially for TOR which may have security-critical updates.

Database Management

Strfry has built-in database management tools. Check the Strfry documentation for specific commands related to database maintenance, such as managing event retention and performing backups.

Monitoring Logs

To monitor your Strfry logs:

bash sudo journalctl -u strfry -f

To check TOR logs:

bash sudo journalctl -u tor -f

Monitoring logs helps you identify potential issues and understand how your relay is being used.

Backup

This is not a best practices guide on how to do backups. Preferably, backups should be stored either offline or on a different machine than your relay server. This is just a simple way on how to do it on the same server.

```bash

Stop the relay temporarily

sudo systemctl stop strfry

Backup the database

sudo cp -r /var/lib/strfry /path/to/backup/location

Restart the relay

sudo systemctl start strfry ```

Back up your TOR hidden service private key. The private key is particularly sensitive as it defines your .onion address - losing it means losing your address permanently. If you do a backup of this, ensure that is stored in a safe place where no one else has access to it.

bash sudo cp /var/lib/tor/strfry-relay/hs_ed25519_secret_key /path/to/secure/backup/location

Troubleshooting

Relay Not Starting

If your relay doesn't start:

```bash

Check logs

sudo journalctl -u strfry -e

Verify configuration

cat /etc/strfry.conf

Check permissions

ls -la /var/lib/strfry ```

Common issues include: - Incorrect configuration format - Permission problems with the data directory - Port already in use (another service using port 7777) - Issues with setting the nofiles limit (setting it too big)

TOR Hidden Service Not Working

If your TOR hidden service is not accessible:

```bash

Check TOR logs

sudo journalctl -u tor -e

Verify TOR is running

sudo systemctl status tor

Check onion address

sudo cat /var/lib/tor/strfry-relay/hostname

Verify TOR configuration

sudo cat /etc/tor/torrc ```

Common TOR issues include: - Incorrect directory permissions - TOR service not running - Incorrect port mapping in torrc

Testing Connectivity

If you're having trouble connecting to your service:

```bash

Verify Strfry is listening locally

sudo ss -tulpn | grep 7777

Check that TOR is properly running

sudo systemctl status tor

Test the local connection directly

curl --include --no-buffer localhost:7777 ```

---

Privacy and Security Considerations

Running a Nostr relay as a TOR hidden service provides several important privacy benefits:

1. Network Privacy: Traffic to your relay is encrypted and routed through the TOR network, making it difficult to determine who is connecting to your relay.

2. Server Anonymity: The physical location and IP address of your server are concealed, providing protection against denial-of-service attacks and other targeting.

3. Censorship Resistance: TOR hidden services are more resilient against censorship attempts, as they don't rely on the regular DNS system and can't be easily blocked.

4. User Privacy: Users connecting to your relay through TOR enjoy enhanced privacy, as their connections are also encrypted and anonymized.

However, there are some important considerations:

• TOR connections are typically slower than regular internet connections
• Not all Nostr clients support TOR connections natively
• Running a hidden service increases the importance of keeping your server secure

---

Congratulations! You now have a Strfry Nostr relay running as a TOR hidden service. This setup provides a resilient, privacy-focused, and censorship-resistant communication channel that helps strengthen the Nostr network.

For further customization and advanced configuration options, refer to the Strfry documentation.

Consider sharing your relay's .onion address with the Nostr community to help grow the privacy-focused segment of the network!

If you plan on providing a relay service that the public can use (either for free or paid for), consider adding it to this list. Only add it if you plan to run a stable and available relay.

@ b17fccdf:b7211155

Si vives en España, quizás hayas notado que no puedes acceder a ciertas páginas webs durante los fines de semana o en algunos días entre semana, entre ellas, la guía de MiniBolt.

Esto tiene una razón, por supuesto una solución, además de una conclusión. Sin entrar en demasiados detalles:

La razón

El bloqueo a Cloudflare, implementado desde hace casi dos meses por operadores de Internet (ISPs) en España (como Movistar, O2, DIGI, Pepephone, entre otros), se basa en una orden judicial emitida tras una demanda de LALIGA (Fútbol). Esta medida busca combatir la piratería en España, un problema que afecta directamente a dicha organización.

Aunque la intención original era restringir el acceso a dominios específicos que difundieran dicho contenido, Cloudflare emplea el protocolo ECH (Encrypted Client Hello), que oculta el nombre del dominio, el cual antes se transmitía en texto plano durante el proceso de establecimiento de una conexión TLS. Esta medida dificulta que las operadoras analicen el tráfico para aplicar bloqueos basados en dominios, lo que les obliga a recurrir a bloqueos más amplios por IP o rangos de IP para cumplir con la orden judicial.

Esta práctica tiene consecuencias graves, que han sido completamente ignoradas por quienes la ejecutan. Es bien sabido que una infraestructura de IP puede alojar numerosos dominios, tanto legítimos como no legítimos. La falta de un "ajuste fino" en los bloqueos provoca un perjuicio para terceros, restringiendo el acceso a muchos dominios legítimos que no tiene relación alguna con actividades ilícitas, pero que comparten las mismas IPs de Cloudflare con dominios cuestionables. Este es el caso de la web de MiniBolt y su dominio minibolt.info, los cuales utilizan Cloudflare como proxy para aprovechar las medidas de seguridad, privacidad, optimización y servicios adicionales que la plataforma ofrece de forma gratuita.

Si bien este bloqueo parece ser temporal (al menos durante la temporada 24/25 de fútbol, hasta finales de mayo), es posible que se reactive con el inicio de la nueva temporada.

La solución

Obviamente, MiniBolt no dejará de usar Cloudflare como proxy por esta razón. Por lo que a continuación se exponen algunas medidas que como usuario puedes tomar para evitar esta restricción y poder acceder:

~> Utiliza una VPN:

Existen varias soluciones de proveedores de VPN, ordenadas según su reputación en privacidad: - IVPN - Mullvad VPN - Proton VPN (gratis) - Obscura VPN (solo para macOS) - Cloudfare WARP (gratis) + permite utilizar el modo proxy local para enrutar solo la navegación, debes utilizar la opción "WARP a través de proxy local" siguiendo estos pasos: 1. Inicia Cloudflare WARP y dentro de la pequeña interfaz haz click en la rueda dentada abajo a la derecha > "Preferencias" > "Avanzado" > "Configurar el modo proxy" 2. Marca la casilla "Habilite el modo proxy en este dispositivo" 3. Elige un "Puerto de escucha de proxy" entre 0-65535. ej: 1080, haz click en "Aceptar" y cierra la ventana de preferencias 4. Accede de nuevo a Cloudflare WARP y pulsa sobre el switch para habilitar el servicio. 3. Ahora debes apuntar el proxy del navegador a Cloudflare WARP, la configuración del navegador es similar a esta para el caso de navegadores basados en Firefox. Una vez hecho, deberías poder acceder a la guía de MiniBolt sin problemas. Si tienes dudas, déjalas en comentarios e intentaré resolverlas. Más info AQUÍ.

~> Proxifica tu navegador para usar la red de Tor, o utiliza el navegador oficial de Tor (recomendado).

La conclusión

Estos hechos ponen en tela de juicio los principios fundamentales de la neutralidad de la red, pilares esenciales de la Declaración de Independencia del Ciberespacio que defiende un internet libre, sin restricciones ni censura. Dichos principios se han visto quebrantados sin precedentes en este país, confirmando que ese futuro distópico que muchos negaban, ya es una realidad.

Es momento de actuar y estar preparados: debemos impulsar el desarrollo y la difusión de las herramientas anticensura que tenemos a nuestro alcance, protegiendo así la libertad digital y asegurando un acceso equitativo a la información para todos

Este compromiso es uno de los pilares fundamentales de MiniBolt, lo que convierte este desafío en una oportunidad para poner a prueba las soluciones anticensura ya disponibles, así como las que están en camino.

¡Censúrame si puedes, legislador! ¡La lucha por la privacidad y la libertad en Internet ya está en marcha!

---

Fuentes: * https://bandaancha.eu/articulos/movistar-o2-deja-clientes-sin-acceso-11239 * https://bandaancha.eu/articulos/esta-nueva-sentencia-autoriza-bloqueos-11257 * https://bandaancha.eu/articulos/como-saltarse-bloqueo-webs-warp-vpn-9958 * https://bandaancha.eu/articulos/como-activar-ech-chrome-acceder-webs-10689 * https://comunidad.movistar.es/t5/Soporte-Fibra-y-ADSL/Problema-con-web-que-usan-Cloudflare/td-p/5218007

@ b2d670de:907f9d4a

onion-service-nostr-relays

A list of nostr relays exposed as onion services.

The list

| Relay name | Description | Onion url | Operator | Payment URL | Payment options | | --- | --- | --- | --- | --- | --- | | nostr.oxtr.dev | Same relay as clearnet relay nostr.oxtr.dev | ws://oxtrdevav64z64yb7x6rjg4ntzqjhedm5b5zjqulugknhzr46ny2qbad.onion | operator | N/A | N/A | | relay.snort.social | Same relay as clearnet relay relay.snort.social | wss://skzzn6cimfdv5e2phjc4yr5v7ikbxtn5f7dkwn5c7v47tduzlbosqmqd.onion | operator | N/A | N/A | | nostr.thesamecat.io | Same relay as clearnet relay nostr.thesamecat.io | ws://2jsnlhfnelig5acq6iacydmzdbdmg7xwunm4xl6qwbvzacw4lwrjmlyd.onion | operator | N/A | N/A | | nostr.land | The nostr.land paid relay (same as clearnet) | ws://nostrland2gdw7g3y77ctftovvil76vquipymo7tsctlxpiwknevzfid.onion | operator | Payment URL | BTC LN | | bitcoiner.social | No auth required, currently | ws://bitcoinr6de5lkvx4tpwdmzrdfdpla5sya2afwpcabjup2xpi5dulbad.onion | operator | N/A | N/A | | relay.westernbtc.com | The westernbtc.com paid relay | ws://westbtcebhgi4ilxxziefho6bqu5lqwa5ncfjefnfebbhx2cwqx5knyd.onion | operator | Payment URL | BTC LN | | freelay.sovbit.host | Free relay for sovbit.host | ws://sovbitm2enxfr5ot6qscwy5ermdffbqscy66wirkbsigvcshumyzbbqd.onion | operator | N/A | N/A | | nostr.sovbit.host | Paid relay for sovbit.host | ws://sovbitgz5uqyh7jwcsudq4sspxlj4kbnurvd3xarkkx2use3k6rlibqd.onion | operator | N/A | N/A | | nostr.wine | 🍷 nostr.wine relay | ws://nostrwinemdptvqukjttinajfeedhf46hfd5bz2aj2q5uwp7zros3nad.onion | operator | Payment URL | BTC LN, BTC, Credit Card/CashApp (Stripe) | | inbox.nostr.wine | 🍷 inbox.nostr.wine relay | ws://wineinboxkayswlofkugkjwhoyi744qvlzdxlmdvwe7cei2xxy4gc6ad.onion | operator | Payment URL | BTC LN, BTC | | filter.nostr.wine | 🍷 filter.nostr.wine proxy relay | ws://winefiltermhqixxzmnzxhrmaufpnfq3rmjcl6ei45iy4aidrngpsyid.onion | operator | Payment URL | BTC LN, BTC | | N/A | N/A | ws://pzfw4uteha62iwkzm3lycabk4pbtcr67cg5ymp5i3xwrpt3t24m6tzad.onion:81 | operator | N/A | N/A | | nostr.fractalized.net | Free relay for fractalized.net | ws://xvgox2zzo7cfxcjrd2llrkthvjs5t7efoalu34s6lmkqhvzvrms6ipyd.onion | operator | N/A | N/A | | nfrelay.app | nfrelay.app aggregator relay (nostr-filter-relay) | ws://nfrelay6saohkmipikquvrn6d64dzxivhmcdcj4d5i7wxis47xwsriyd.onion | operator | N/A | N/A | relay.nostr.net | Public relay from nostr.net (Same as clearnet) | ws://nostrnetl6yd5whkldj3vqsxyyaq3tkuspy23a3qgx7cdepb4564qgqd.onion | operator | N/A | N/A | | nerostrator | Free to read, pay XMR to relay | ws://nerostrrgb5fhj6dnzhjbgmnkpy2berdlczh6tuh2jsqrjok3j4zoxid.onion | operator |Payment URL | XMR | | nostr.girino.org | Public relay from nostr.girino.org | ws://gnostr2jnapk72mnagq3cuykfon73temzp77hcbncn4silgt77boruid.onion | operator | N/A | N/A | | wot.girino.org | WoT relay from wot.girino.org | ws://girwot2koy3kvj6fk7oseoqazp5vwbeawocb3m27jcqtah65f2fkl3yd.onion | operator | N/A | N/A | | haven.girino.org/{outbox, inbox, chat, private} | Haven smart relay from haven.girino.org | ws://ghaven2hi3qn2riitw7ymaztdpztrvmm337e2pgkacfh3rnscaoxjoad.onion/{outbox, inbox, chat, private} | operator | N/A | N/A | | relay.nostpy.lol | Free Web of Trust relay (Same as clearnet) | ws://pemgkkqjqjde7y2emc2hpxocexugbixp42o4zymznil6zfegx5nfp4id.onion | operator |N/A | N/A | | Poster.place Nostr Relay | N/A | ws://dmw5wbawyovz7fcahvguwkw4sknsqsalffwctioeoqkvvy7ygjbcuoad.onion | operator | N/A | N/A | | Azzamo Relay | Azzamo Premium Nostr relay. (paid) | ws://q6a7m5qkyonzb5fk5yv4jyu3ar44hqedn7wjopg737lit2ckkhx2nyid.onion | operator | Payment URL | BTC LN | | Azzamo Inbox Relay | Azzamo Group and Private message relay. (Freemium) | ws://gp5kiwqfw7t2fwb3rfts2aekoph4x7pj5pv65re2y6hzaujsxewanbqd.onion | operator | Payment URL | BTC LN | | Noderunners Relay | The official Noderunners Nostr Relay. | ws://35vr3xigzjv2xyzfyif6o2gksmkioppy4rmwag7d4bqmwuccs2u4jaid.onion | operator | Payment URL | BTC LN |

Contributing

Contributions are encouraged to keep this document alive. Just open a PR and I'll have it tested and merged. The onion URL is the only mandatory column, the rest is just nice-to-have metadata about the relay. Put N/A in empty columns.

If you want to contribute anonymously, please contact me on SimpleX or send a DM on nostr using a disposable npub.

Operator column

It is generally preferred to use something that includes a NIP-19 string, either just the string or a url that contains the NIP-19 string in it (e.g. an njump url).

@ 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. |

@ 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.

@ f88e6629:e5254dd5

...which allow online payments to be sent directly from one party to another without going through a financial institution.

• Without sovereign and accessible payments we are loosing censorship resistance
• Without censorship resistance even other core characteristics are in danger - including scarcity and durability.
• This affects every bitcoiner including sworn hodlers and MSTR followers.

| Property | Description | Fulfillment | | --- | --- | --- | | Scarce | Fixed supply forever. Instantly and costlessly verifiable | 🟢  Good, but can be harmed without censorship resistance | | Portable | Effortless to store and move, with negligible costs | 🟠 Onchain transactions can be expensive, other layers require onchain to be sovereign. Easy portability is offered by custodians only. | | Divisible | Infinitely divisible | 🟠 Smaller units than dust are available only for LN users, which most people can’t use in a sovereign way. | | Durable | Exists forever without deterioration | 🟢  Good, but can be harmed without censorship resistance | | Fungible | Every piece is forever the same as every other piece | 🟡 Onchain bitcoin is not fungible. | | Acceptable | Everyone, anywhere, can send and receive | 🟠 Most people are not able to send and receive in a sovereign way. | | Censorship Resistant | You hold it. Nobody can take it or stop you sending it | 🟠 Custodians are honey-pots that can and will be regulated |

➡️ We need accessible, scalable, and sovereign payment methods

@ f88e6629:e5254dd5

• Send a transaction, and the recipient uses the coin for another payment. You then merge these two transactions together and save on fees. 🔥

If you have a Trezor, you can try this out on: https://coiner-mu.vercel.app/

But be cautious. This is a hobby project without any guarantee.

How does it work?

1. Connect Trezor, enter the passphrase, and select an account.
2. The application display your coins, pending transactions, and descendant transactions.
3. Then app shows you how much you can save by merging all transactions and removing duplicate information.
4. Finally, you can sign and broadcast this more efficient transaction

@ 3bf0c63f:aefa459d

início

"Vocês vêem? Vêem a história? Vêem alguma coisa? Me parece que estou tentando lhes contar um sonho -- fazendo uma tentativa inútil, porque nenhum relato de sonho pode transmitir a sensação de sonho, aquela mistura de absurdo, surpresa e espanto numa excitação de revolta tentando se impôr, aquela noção de ser tomado pelo incompreensível que é da própria essência dos sonhos..."

Ele ficou em silêncio por alguns instantes.

"... Não, é impossível; é impossível transmitir a sensação viva de qualquer época determinada de nossa existência -- aquela que constitui a sua verdade, o seu significado, a sua essência sutil e contundente. É impossível. Vivemos, como sonhamos -- sozinhos..."

• Livros mencionados por Olavo de Carvalho
• Antiga homepage Olavo de Carvalho
• Bitcoin explicado de um jeito correto e inteligível
• Reclamações

---

• Nostr
• Bitcoin
• How IPFS is broken
• Programming quibbles
• Economics
• Open-source software

---

Nostr GitHub Telegram code

@ fa0165a0:03397073

Chef's notes

This recipe is for 48 buns. Total cooking time takes at least 90 minutes, but 60 minutes of that is letting the dough rest in between processing.

The baking is a simple three-step process. 1. Making the Wheat dough 2. Making and applying the filling 3. Garnishing and baking in the oven

When done: Enjoy during Fika!

PS;

• Can be frozen and thawed in microwave for later enjoyment as well.

• If you need unit conversion, this site may be of help: https://www.unitconverters.net/

• Traditionally we use something we call "Pearl sugar" which is optimal, but normal sugar or sprinkles is okay too. Pearl sugar (Pärlsocker) looks like this: https://search.brave.com/images?q=p%C3%A4rlsocker

Ingredients

• 150 g butter
• 5 dl milk
• 50 g baking yeast (normal or for sweet dough)
• 1/2 teaspoon salt
• 1-1 1/2 dl sugar
• (Optional) 2 teaspoons of crushed or grounded cardamom seeds.
• 1.4 liters of wheat flour
• Filling: 50-75 g butter, room temperature
• Filling: 1/2 - 1 dl sugar
• Filling: 1 teaspoons crushed or ground cardamom and 1 teaspoons ground cinnamon (or 2 teaspoons of cinnamon)
• Garnish: 1 egg, sugar or Almond Shavings

Directions

1. Melt the butter/margarine in a saucepan.
2. Pour in the milk and allow the mixture to warm reach body temperature (approx. + 37 ° C).
3. Dissolve the yeast in a dough bowl with the help of the salt.
4. Add the 37 ° C milk/butter mixture, sugar and if you choose to the optional cardamom. (I like this option!) and just over 2/3 of the flour.
5. Work the dough shiny and smooth, about 4 minutes with a machine or 8 minutes by hand.
6. Add if necessary. additional flour but save at least 1 dl for baking.
7. Let the dough rise covered (by a kitchen towel), about 30 minutes.
8. Work the dough into the bowl and then pick it up on a floured workbench. Knead the dough smoothly. Divide the dough into 2 parts. Roll out each piece into a rectangular cake.
9. Stir together the ingredients for the filling and spread it.
10. Roll up and cut each roll into 24 pieces.
11. Place them in paper molds or directly on baking paper with the cut surface facing up. Let them rise covered with a baking sheet, about 30 minutes.
12. Brush the buns with beaten egg and sprinkle your chosen topping.
13. Bake in the middle of the oven at 250 ° C, 5-8 minutes.
14. Allow to cool on a wire rack under a baking sheet.

@ 3bf0c63f:aefa459d

Nostr is not decentralized nor censorship-resistant

Peter Todd has been saying this for a long time and all the time I've been thinking he is misunderstanding everything, but I guess a more charitable interpretation is that he is right.

Nostr today is indeed centralized.

Yesterday I published two harmless notes with the exact same content at the same time. In two minutes the notes had a noticeable difference in responses:

The top one was published to wss://nostr.wine, wss://nos.lol, wss://pyramid.fiatjaf.com. The second was published to the relay where I generally publish all my notes to, wss://pyramid.fiatjaf.com, and that is announced on my NIP-05 file and on my NIP-65 relay list.

A few minutes later I published that screenshot again in two identical notes to the same sets of relays, asking if people understood the implications. The difference in quantity of responses can still be seen today:

These results are skewed now by the fact that the two notes got rebroadcasted to multiple relays after some time, but the fundamental point remains.

What happened was that a huge lot more of people saw the first note compared to the second, and if Nostr was really censorship-resistant that shouldn't have happened at all.

Some people implied in the comments, with an air of obviousness, that publishing the note to "more relays" should have predictably resulted in more replies, which, again, shouldn't be the case if Nostr is really censorship-resistant.

What happens is that most people who engaged with the note are following me, in the sense that they have instructed their clients to fetch my notes on their behalf and present them in the UI, and clients are failing to do that despite me making it clear in multiple ways that my notes are to be found on wss://pyramid.fiatjaf.com.

If we were talking not about me, but about some public figure that was being censored by the State and got banned (or shadowbanned) by the 3 biggest public relays, the sad reality would be that the person would immediately get his reach reduced to ~10% of what they had before. This is not at all unlike what happened to dozens of personalities that were banned from the corporate social media platforms and then moved to other platforms -- how many of their original followers switched to these other platforms? Probably some small percentage close to 10%. In that sense Nostr today is similar to what we had before.

Peter Todd is right that if the way Nostr works is that you just subscribe to a small set of relays and expect to get everything from them then it tends to get very centralized very fast, and this is the reality today.

Peter Todd is wrong that Nostr is inherently centralized or that it needs a protocol change to become what it has always purported to be. He is in fact wrong today, because what is written above is not valid for all clients of today, and if we drive in the right direction we can successfully make Peter Todd be more and more wrong as time passes, instead of the contrary.

---

See also:

• Censorship-resistant relay discovery in Nostr
• A vision for content discovery and relay usage for basic social-networking in Nostr

@ 78733875:4eb851f2

After announcing our first wave of grants for bitcoin[^fn-btc] and nostr[^fn-nostr] projects, we are pleased to announce an additional wave of grants for open-source projects in the space:

[^fn-btc]: First Wave of Bitcoin Grants [^fn-nostr]: First Wave of Nostr Grants

• BDK
• LNbits
• Watchdescriptor
• Stratum V2 Testing \& Benchmarking Tool
• Fedimint Modules and Resources
• Amber: Nostr Event Signer
• Nostr UI/UX Development
• Nostr Use-Case Exploration \& Education

The first five grants are sourced from our General Fund, the last three—being nostr projects—from our Nostr Fund. This brings the total number of OpenSats grants to 41, adding to the grants we previously announced in July.

Once again, let's take a closer look at each of the projects to see how they align with the OpenSats mission.

---

BDK

Bitcoin Development Kit (BDK) is a set of libraries and tools that allows you to seamlessly build cross-platform on-chain bitcoin wallets without having to re-implement standard bitcoin data structures, algorithms, and protocols. BDK is built on top of the powerful rust-bitcoin and rust-miniscript libraries and adds features for managing descriptor-based wallets, syncing wallets to the bitcoin blockchain, viewing transaction histories, managing and selecting UTXOs to create new transactions, signing, and more. The core BDK components are written in Rust, but the team also maintains Kotlin and Swift language bindings for use in mobile projects. There are also Python bindings, and React Native and Flutter support is being actively developed.

Repository: bitcoindevkit/bdk
License: Apache 2.0 / MIT

LNbits

LNbits is used by a multitude of projects in the bitcoin space, especially as part of their lightning payments stack. Being easy to build on through its extension framework, LNbits has been pioneering various cutting-edge solutions and experiments in the world of bitcoin, lightning, and nostr.

The project has a thriving maker community building various hardware devices such as Lightning ATMs, point-of-sale devices, DIY hardware wallets, and nostr signing devices. The modular design of LNbits makes it attractive to users and tinkerers alike, as its plugin architecture makes it easy to extend and understand.

Repository: lnbits/lnbits
License: MIT

Watchdescriptor

watchdescriptor is a CLN plugin written in Rust that connects a business's treasury wallet to its CLN node. It utilizes cln-plugin and the BDK library to track coin movements in registered wallets and report this information to the bookkeeper plugin.

The plugin enables businesses to design a complete treasury using Miniscript and import the resulting descriptor into CLN. Since bookkeeper already accounts for all coin movements internal to CLN, this plugin is the last piece businesses need in order to unify all their bitcoin accounting in one place. This enables businesses to account for all inflows and outflows from their operations, streamlining tax reporting and financial analysis.

The watchdescriptor project is part of a broader vision to transform the lightning node (particularly CLN) into a financial hub for businesses, enabling them to conduct operations without reliance on any third parties.

Repository: chrisguida/watchdescriptor
License: MIT

Stratum V2 Testing & Benchmarking Tool

The Stratum V2 Testing & Benchmarking Tool allows the bitcoin mining industry to test and benchmark Stratum V2 performance against Stratum V1. The tool supports different mining scenarios to help miners make informed decisions and evaluate their profitability. The goal of the project is to motivate miners to upgrade to Stratum V2, increasing their individual profits and making the Bitcoin network more resilient in the process.

Repository: stratum-mining/stratum @GitGab19
License: Apache 2.0 / MIT

Fedimint Modules and Resources

Fedimint is a federated Chaumian e-cash mint backed by sats with deposits and withdrawals that can occur on-chain or via lightning. It can be understood as a scaling and privacy layer as well as an adoption accelerator for Bitcoin.

The goal of this particular project is to improve the Fedimint UI and develop free and open resources for developers and "Guardians" to enable more people to run and develop on Fedimint.

Repository: fedimint/ui @EthnTuttle
License: MIT

Amber: Nostr Event Signer

Amber is a nostr event signer for Android. It allows users to keep their nsec segregated in a single, dedicated app. The goal of Amber is to have your smartphone act as a NIP-46 signing device without any need for servers or additional hardware. "Private keys should be exposed to as few systems as possible as each system adds to the attack surface," as the rationale of said NIP states. In addition to native apps, Amber aims to support all current nostr web applications without requiring any extensions or web servers.

Repository: greenart7c3/Amber
License: MIT

Nostr UI/UX Development

The goal of this project is to help improve the UI/UX of major nostr clients, starting with Gossip and Coracle, emphasizing the onboarding process as well as usability and accessibility. One part of onboarding is solving the discoverability problem that nostr has in the first place. Solving the problem of jumping in and out of the nostr world is what motivated the development of njump, which was redesigned as part of these efforts and is now live at nostr.com.

In addition to client-specific improvements, generic design modules and learnings will be incorporated into the Nostr Design project for others to use.

Activity: github.com/dtonon @dtonon
License: MIT

Nostr Use-Case Exploration & Education

As of today, most nostr clients implement social media applications on top of the nostr protocol. However, nostr allows for various use cases, many of which go beyond social media. Two examples are Listr and Ostrich, a list management tool and job board, respectively.

In addition to use-case exploration, this project will continue to educate users and developers alike, be it via Nostr How or various video series, e.g., explaining how to build upon NDK.

Activity: github.com/erskingardner @jeffg
License: MIT / GPL-3.0 / CC BY-NC-SA 4.0

---

We have more grants in the pipeline and will provide funding for many more projects in the future. Note that we can only fund those projects which reach out and apply. If you are an open-source developer who is aligned with our mission, don't hesitate to apply for funding.

@ 78733875:4eb851f2

"The computer can be used as a tool to liberate and protect people, rather than to control them," as Hal Finney wrote so presciently 30 years ago.[^fn-hal]

The goal of OpenSats is to help build the tools that Hal alluded to. Tools that liberate and protect, rather than systems that control and oppress. Many tools still have to be built. Many tools still need to be improved. However, "the universe smiles on encryption," as Assange so aptly put it.[^fn-assange]

We believe that freedom tech is what carries this smile forward, which is why we are delighted to announce grants for over a dozen projects in the bitcoin & lightning ecosystem.

[^fn-hal]: Hal Finney: Why remailers... (November 1992)

[^fn-assange]: Julian Assange: A Call to Cryptographic Arms (October 2012)

The following open-source projects were selected by the OpenSats board for funding:

• Payjoin Dev Kit
• Bolt12 for LND
• Splicing
• Raspiblitz
• Labelbase
• BTCPay Server
• ZeroSync
• Mutiny Wallet
• next-auth Lightning Provider
• Cashu
• lnproxy
• Blixt Wallet

Let's take a closer look at each to understand their goal and how it aligns with the OpenSats mission.

---

Payjoin Dev Kit

Payjoin brings privacy to bitcoin without changing the way you're used to using it. Payjoin transactions look no different from normal activity on-chain, so they boost everyone's privacy, even those who don't payjoin, and foil chain surveillance.

Payjoin is easy to integrate and falls back to working defaults where it isn't supported, but it can only take off when senders and receivers include standard payjoin support in their software. Payjoin Dev Kit makes it easy for wallet developers to integrate BIP 78 standard payjoins everywhere, having working reference integrations for Bitcoin Core, LND, and BDK.

Repository: github.com/payjoin
License: MIT

Bolt12 for LND

Bolt12 brings a new invoice format, enabling static invoices (offers) as well as recurring payments. It adds support to receive payments in a lightning-native way without using a web server. It also uses Blinded Paths to disguise the destination of a node both when fetching the invoice and when paying. This improves privacy and, therefore, security for the receiver of the payment.

Consequently, Bolt12 makes it much easier to receive and send payments without any third-party infrastructure in a native-lightning way. Static invoices make donations and recurring payments much easier.

Repository: lightningnetwork/lnd
License: MIT

Splicing

Splicing is the ability to resize Lightning channels on-the-fly, giving users of the Lightning Network many additional benefits that were not intuitively obvious at first. Splicing scales Lightning by removing a fundamental limitation. Removing this limitation increases fungibility and lowers blockspace usage, an important step towards maturing the Lightning network and enabling the onboarding of millions, and ultimately billions, of people.

Repository: ddustin/splice
License: BSD-MIT

Raspiblitz

Raspiblitz is a do-it-yourself node stack that allows you to run a Lightning Node together with a Bitcoin Core full node on your Raspberry Pi. While the Raspberry Pi is the most common hardware running this particular software, it was developed to support multiple hardware platforms and can run on bare metal servers too.

The open-source project was started in 2018 as part of a Lightning hackathon in the German Bitcoin space. Since then, it has grown to over 150 contributors and 2000 stars on GitHub. The software integrates dozens of services and tools via its plugin system and sports advanced features like touchscreen support, channel autopilot, backup systems, DynDNS, SSH tunneling, and more.

Repository: raspiblitz/raspiblitz
License: MIT

Labelbase

Labelbase is a label management service for Bitcoin transactions and addresses. It provides features for adding labels, importing and exporting labels, and offers a public API for integration with wallets and existing workflows.

Labelbase supports BIP-329, a format for unifying label data. The goal of the project is to offer a convenient solution for managing labels associated with Bitcoin transactions and addresses across wallets and other tools. By providing a unified label management interface, Labelbase enhances the user experience, improves privacy, and promotes better organization and understanding of Bitcoin transactions.

Repository: Labelbase/Labelbase
License: MIT

BTCPay Server

BTCPay Server is a free, open-source & self-hosted bitcoin payment gateway that allows self-sovereign individuals and businesses to accept bitcoin payments online or in person without added fees.

At its core, BTCPay Server is an automated invoicing system. Merchants can integrate the software with their website or shop, so customers are presented with an invoice upon checkout. The status of the invoice will update according to settlement, so merchants can fulfill the order at the appropriate time. The software also takes care of payment refunding and bitcoin management alongside many other features.

Repository: btcpayserver/btcpayserver
License: MIT

ZeroSync

While ZeroSync is still at an early stage, its promise is to allow verification of Bitcoin's chain state in an instant. It offers compact cryptographic proofs to validate the entire history of transactions and everyone's current balances.

The first application is to "zerosync" Bitcoin Core in pruned mode. The long-term vision for ZeroSync is to become a toolbox for custom Bitcoin proofs.

Repository: zerosync/zerosync
License: MIT

Mutiny Wallet

Mutiny Wallet is a web-first wallet capable of running anywhere, providing instant onboarding and platform censorship resistance. It is self-custodial, privacy-focused, user-friendly, and open-sourced under the MIT license.

The wallet has a strong focus on privacy, scalability, and accessibility. In addition to features that you would expect a regular lightning wallet to have, the team is working to incorporate Nostr-related features into the wallet, such as a feed of friends' Zaps, native Zap sending and receiving, a lightning subscription specification for services such as nostr relays, and a P2P DLC marketplace. The team's goal is to provide users with a seamless experience, combining the power of Bitcoin and Lightning with social media in a way that matches the Bitcoin ethos.

Repository: MutinyWallet
License: MIT

next-auth Lightning Provider

The goal of this project is to implement an authentication provider for next-auth, an authentication provider for the popular open-source framework NextJS. The next-auth framework has nearly 500k weekly downloads and powers the authentication of many modern web, mobile, and desktop apps. Having a plug-and-play Provider for Lightning makes integration easier and more attractive for developers.

Repository: jowo-io/next-auth-lightning-provider
License: ISC

Cashu

Cashu is a Chaumian ecash system built for bitcoin that brings near-perfect privacy for users of custodial bitcoin applications. A Cashu ecash mint does not know who you are, what your balance is, or who you're transacting with. Users of a mint can exchange ecash privately, without anyone being able to know who the involved parties are.

Payments are executed without anyone able to censor specific users. There are multiple implementations of the Cashu protocol. Popular open-source wallets are Cashu Nutshell, Cashu.me, and Nutstash.

Repository: cashubtc/cashu
License: MIT

lnproxy

lnproxy is a simple privacy tool that empowers users of custodial Lightning wallets with better payment destination privacy and sovereign node runners with enhanced receiver privacy. lnproxy works like a "poor man's" rendezvous router, providing privacy for users without taking custody of their funds. The project encompasses an LNURL-style protocol specification and a collection of open-source implementations of lnproxy clients and a relay.

Repository: lnproxy/lnproxy
License: GPL 3.0 & MIT

Blixt Wallet

Blixt is a non-custodial wallet for bitcoiners who want to give Lightning a try. It runs on Android, iOS, and macOS. It is easy to use and straightforward to set up, making it a user-friendly option to get started with Lightning.

Blixt uses LND and Neutrino under the hood, directly on the phone, respecting your privacy. The wallet does not use any centralized servers for doing transactions. Channels are opened automatically on the user's behalf, making it easy to get up and running on Lightning.

Repository: hsjoberg/blixt-wallet
License: MIT

---

In addition to the software projects listed above, three educational initiatives were selected for funding:

• Bitcoin Education in Nigeria is an initiative started and led by Apata Johnson. Apata's project aims to educate youths on bitcoin and the opportunities it brings for the people living in the rural areas of Nigeria.
• 21 Ideas is a project that aims to bring quality Bitcoin education to Russian citizens. Tony and others have been working for many years on translations, original material, and hands-on tutorials for beginners. We believe that education is paramount to proper Bitcoin use, and localization is paramount for everyday citizens to properly grasp the importance as well as the novel concepts of bitcoin.
• CoreDev.tech is organizing recurring developer events, which are all about bringing devs together so that they can hack on Bitcoin Core and related software.

---

We received hundreds of applications in the last couple of months, which is a fantastic signal and something we are delighted about. Some applications are still being reviewed by the OpenSats board, as we try our best to assess feasibility, alignment, and potential impact of each project. We will announce additional grants as applications pass our grant selection process.

Unfortunately, we were unable to fund all of the proposals that were sent to us. Please don't hesitate to apply again in case your application was rejected this time around. The applicant pool was very competitive, which is a great thing to see in and of itself.

Grants for the projects above are funded by contributions to the Bitcoin General Fund. Our operations as well as our grant programs are made possible by generous donors like you. If you want to help fund the Bitcoin ecosystem, please donate to the Bitcoin General Fund.

Our team is screening applications constantly, and we will announce new grants and funding opportunities as they arise. If you are working on an open-source project in and around bitcoin, and you think your work is aligned with the OpenSats mission, please apply for funding.

@ 78733875:4eb851f2

The mission of OpenSats is to support and maintain a sustainable ecosystem of funding for free and open-source projects that help Bitcoin flourish. Nostr is such a project, which is why OpenSats introduced The Nostr Fund and built a team around the protocol's originator to help fund the growing nostr ecosystem. As an open, interoperable, and censorship-resistant protocol, nostr has the chance of doing social-native networking right.

After weeks of sorting through applications, we are excited to announce the first round of grants from The Nostr Fund. OpenSats is proud to support over a dozen projects, from clients to relay implementations to adjacent tools and design efforts.

In no particular order, here they are:

• NDK by @pablof7z
• Habla by @verbiricha
• Coracle by @hodlbod
• Iris by @mmalmi
• Damus by @jb55
• rust-nostr & nostr-sdk by @yukibtc
• Nostr Relay NestJS by @CodyTseng
• Soapbox by @alexgleason
• Code Collaboration over Nostr by @DanConwayDev
• Satellite by @lovvtide
• Amethyst by @vitorpamplona
• Pinstr by @sepehr-safari
• nostr.build by @nostr.build
• Gossip by @mikedilger
• Nostr SDK iOS by @bryanmontz
• Nostr Design by @karnage

The projects above have received grants of various durations and sizes, and we have more nostr-related applications in the pipeline. Donate to The Nostr Fund if you want to help fund the nostr ecosystem.

Without further ado, let's take a closer look at each project in turn.

---

NDK

NDK is a nostr development kit that makes the experience of building Nostr-related applications—whether they are relays, clients, or anything in between—better, more reliable, and overall more enjoyable to work with than existing solutions. The core goal of NDK is to improve the decentralization of Nostr via intelligent conventions and data discovery features without depending on any one central point of coordination, such as large relays or centralized search providers.

Repository: nostr-dev-kit/ndk
License: MIT

Habla

Habla is a website for reading, writing, curating, and monetizing long-form content on nostr. It uses NIP-23 to allow markdown-formatted articles and embedded nostr content such as notes, profiles, lists, relays, badges, and more. The goal of Habla is to give everyone an alternative to centralized publishing platforms such as Medium or Substack, which are by their very nature prone to censorship and deplatforming.

Repository: verbiricha/habla.news
License: GNU GPL v3.0

Coracle

Coracle is a nostr web client focusing on user experience, performance, and scaling of the nostr network beyond the "twitter clone" use-case. The end goal is to build marketplaces, groups, chat, and more on top of an emergent web of trust. Coracle is already one of the most mature and accessible clients for new users while also providing some novel features for more advanced nostriches.

Repository: coracle-social/coracle
License: MIT

Iris

Iris is a multi-platform nostr client that is available for web, mobile, and desktop. Iris' design goals are speed, reliability, and ease of use. The client features public as well as private messaging, customizable feeds, an offline mode, and speedy account creation.

Repository: irislib/iris-messenger
License: MIT

Damus

Damus is a cutting-edge nostr client for iOS. The goal of Damus is to integrate bitcoin with social media and to show the power, censorship resistance, and scalability of nostr in general. Damus includes picture and video uploading, is fully translated into 24 languages, supports automatic translation of notes, and includes all of the features you would expect from a Twitter-like client.

Repository: damus-io/damus
License: GNU GPL v3.0

rust-nostr & nostr-sdk

Rust-nostr is a Rust implementation of the nostr protocol. It is a high-level client library with the explicit goal to help developers build nostr apps for desktop, web, and mobile that are both fast and secure. Rust crates can be easily embedded inside other development environments like Swift, Kotlin, Python, and JavaScript, making rust-nostr a versatile base to build upon. While the project is in the early stages of development, over 35 NIPs are already supported, with more to come.

Repository: rust-nostr/nostr
License: MIT

Nostr Relay NestJS

Nostr-relay-nestjs is a Nostr relay with a clear structure that is easy to customize to your needs. This relay implementation is based on the NestJS framework and focuses on reliability and high test coverage.

Repository: CodyTseng/nostr-relay-nestjs
License: MIT

Soapbox

Soapbox started out as an alternative to Mastodon but has grown to encompass ActivityPub and nostr while being interoperable with both. In February 2023, the team launched the "Mostr" bridge, seamlessly connecting nostr to the ActivityPub Fediverse and enabling bidirectional communication between both protocols. This bridge exposes over 9.4M potential users in nostr's target audience to nostr, many of whom have already left the Fediverse completely in favor of nostr.

Repository: gitlab.com/soapbox-pub
License: GNU Affero General Public License v3.0

Code Collaboration over Nostr

This project is a proof-of-concept for a much-needed, often discussed, and permissionless, nostr-based GitHub alternative. The goal is to replace the traditional interactions using a centralized server or service with a nostr-based alternative centered around nostr events. Commits, branches, pull requests, and other actions are all modeled as nostr events, with permissions managed through groups so that multiple maintainers can manage a repository. This model reduces the barriers for clients to support repository collaboration and allows for interoperability between repository management tools.

Repository: DanConwayDev/ngit-cli
License: MIT

Satellite

satellite.earth is a web client for nostr that has a community focus and presents conversations as threaded comments, borrowing from the traditional Reddit interface.

Repository: lovvtide/satellite-web
License: MIT

Amethyst

Amethyst is one of the most popular nostr clients for Android. Amethyst comes with expected features such as account management, feeds, profiles, and direct messages. Amethyst also offers native image uploads, public chat groups, link previews, one-tap zaps, public and private bookmarks, as well as the ability to follow hashtags, and other novel features. You can install releases of Amethyst via F-Droid or Google Play.

Repository: vitorpamplona/amethyst
License: MIT

Pinstr

Pinstr allows users to easily organize and discover new ideas by creating public boards of pins. Users can star, comment, and zap other users' boards. Users can find curated boards of other users and create boards themselves. Default boards include users' bookmarked content, among other lists.

Repository: sepehr-safari/pinstr
License: MIT

nostr.build

Nostr.build is a free-to-use media hosting service that allows users to upload images, gifs, videos, and audio files to share them as nostr events. The team recently released their code under an MIT License so that anyone might use the software to offer a similar service.

Repository: nostrbuild/nostr.build
License: MIT

Gossip

Gossip is a fast and stable desktop nostr client focused on the Twitter-like micro-blogging aspect of nostr. Gossip follows people by downloading their events from whichever relays they post to (rather than relays you configure) and was the impetus for NIP-65. It does not use complex web technologies such as JavaScript or HTML rendering and stores your private key only in an encrypted format. Consequently, Gossip is considered more secure than other clients by some. The client is packaged and released for Linux, Windows, and MacOS.

Repository: mikedilger/gossip
License: MIT

Nostr SDK iOS

The nostr SDK for iOS is a native Swift library that will enable developers to quickly and easily build nostr-based apps for Apple devices. The library plans to implement all approved NIPs and will follow Apple's API patterns, so that iOS developers feel comfortable using it from the start. The SDK aims to be simple in its public interface, abstracting away as much complexity as possible so that developers can focus on what makes their specific application unique.

Repository: nostr-sdk/nostr-sdk-ios
License: MIT

Nostr Design

Nostr Design will be a comprehensive resource for designers and developers to build successful nostr products. Nostr introduces several new concepts that most people are not familiar with. Given its nature, the protocol presents some unique design challenges for developers and users alike. The Nostr Design efforts are led by Karnage, who has done stellar product design work around nostr in the past. We believe that this project has the potential to impact the entire nostr space, as it can act as a go-to source for developing quality products, addressing user needs, as well as providing concrete examples and building blocks for product designers and developers alike.

License: Public Domain, Creative Commons

---

We have received hundreds of applications in the last couple of weeks, many related to or exclusively focused on nostr. Most projects that applied focus on bitcoin and lightning. We will announce another wave of grants for these soon.

To all the nostr projects that applied and didn't make the cut this time around: don't be discouraged. Please apply for funding again in the future. We will announce new grants and funding opportunities quarterly, and there is always the possibility of being listed on the OpenSats website to receive pass-through donations for your project.

We are excited to support the projects above in building the tools we bitcoiners care so deeply about. The future is bright; we just have a lot of building to do.

@ 78733875:4eb851f2

OpenSats is pleased to announce a new long-term support (LTS) program for Bitcoin Core developers and similar Load-Bearing Internet People.[^fn-lbip] This grant program is designed to provide financial support for developers who are working on critical infrastructure for the bitcoin network.

The LTS program is a new initiative from OpenSats and is distinct from our regular grant program, which is more expansive in scope. It is also distinct from OpenSats' website listings, which allows reviewed open-source projects to receive tax-deductible donations via OpenSats. The LTS program is specifically designed to provide long-term support for developers who are working on critical open-source infrastructure in and around bitcoin.

Having a longer time horizon than regular grants, the LTS program is geared towards long-term stability for grantees, with a minimum grant duration of 12 months and possible grant durations of two years or longer. This will allow developers to focus on their work without having to worry about financial constraints.

To be eligible for the LTS program, applicants must:

• have a track record of quality contributions
• be mission-driven and self-motivated
• be able to work in public
• be bitcoin-only

Applications for the LTS program are now open: https://opensats.org/apply/

The first recipient of an OpenSats LTS Grant is Marco Falke, a long-term maintainer and contributor of Bitcoin Core with thousands of contributions over many years. Marco will continue to focus on testing and quality assurance, as well as maintenance and review, helping to make sure that the Bitcoin Core software is as solid as it can be. You can read more about his contributions here.

We appreciate all the hard work that goes into building and maintaining critical open-source infrastructure. It is a hard and often thankless job. We hope that we can play a role in closing the gaps in bitcoin open-source funding, and we look forward to working with contributors in the future.

OpenSats aims to be an additional pillar of the increasingly solid funding landscape in and around bitcoin. We have learned a lot from the programs of the past and aim to join Brink, Spiral, Chaincode, HRF, and other successful grant programs to support those who build the tools that ensure the protection of individual liberties in our digital world.

We are committed to supporting the development of bitcoin. The LTS program is a new way for OpenSats to support long-term contributors who are building, maintaining, testing, researching, and reviewing critical software.

We encourage all qualified developers to apply for the LTS program. Together, we can build a stronger and more resilient bitcoin network.

[^fn-lbip]: "An LBIP is a person who maintains the software for a critical Internet service or library, and has to do it without organizational support or a budget backing him up." —Eric S. Raymond

@ 82341f88:fbfbe6a2

There’s a lot of conversation around the #TwitterFiles. Here’s my take, and thoughts on how to fix the issues identified.

I’ll start with the principles I’ve come to believe…based on everything I’ve learned and experienced through my past actions as a Twitter co-founder and lead:

1. Social media must be resilient to corporate and government control.
2. Only the original author may remove content they produce.
3. Moderation is best implemented by algorithmic choice.

The Twitter when I led it and the Twitter of today do not meet any of these principles. This is my fault alone, as I completely gave up pushing for them when an activist entered our stock in 2020. I no longer had hope of achieving any of it as a public company with no defense mechanisms (lack of dual-class shares being a key one). I planned my exit at that moment knowing I was no longer right for the company.

The biggest mistake I made was continuing to invest in building tools for us to manage the public conversation, versus building tools for the people using Twitter to easily manage it for themselves. This burdened the company with too much power, and opened us to significant outside pressure (such as advertising budgets). I generally think companies have become far too powerful, and that became completely clear to me with our suspension of Trump’s account. As I’ve said before, we did the right thing for the public company business at the time, but the wrong thing for the internet and society. Much more about this here: https://twitter.com/jack/status/1349510769268850690

I continue to believe there was no ill intent or hidden agendas, and everyone acted according to the best information we had at the time. Of course mistakes were made. But if we had focused more on tools for the people using the service rather than tools for us, and moved much faster towards absolute transparency, we probably wouldn’t be in this situation of needing a fresh reset (which I am supportive of). Again, I own all of this and our actions, and all I can do is work to make it right.

Back to the principles. Of course governments want to shape and control the public conversation, and will use every method at their disposal to do so, including the media. And the power a corporation wields to do the same is only growing. It’s critical that the people have tools to resist this, and that those tools are ultimately owned by the people. Allowing a government or a few corporations to own the public conversation is a path towards centralized control.

I’m a strong believer that any content produced by someone for the internet should be permanent until the original author chooses to delete it. It should be always available and addressable. Content takedowns and suspensions should not be possible. Doing so complicates important context, learning, and enforcement of illegal activity. There are significant issues with this stance of course, but starting with this principle will allow for far better solutions than we have today. The internet is trending towards a world were storage is “free” and infinite, which places all the actual value on how to discover and see content.

Which brings me to the last principle: moderation. I don’t believe a centralized system can do content moderation globally. It can only be done through ranking and relevance algorithms, the more localized the better. But instead of a company or government building and controlling these solely, people should be able to build and choose from algorithms that best match their criteria, or not have to use any at all. A “follow” action should always deliver every bit of content from the corresponding account, and the algorithms should be able to comb through everything else through a relevance lens that an individual determines. There’s a default “G-rated” algorithm, and then there’s everything else one can imagine.

The only way I know of to truly live up to these 3 principles is a free and open protocol for social media, that is not owned by a single company or group of companies, and is resilient to corporate and government influence. The problem today is that we have companies who own both the protocol and discovery of content. Which ultimately puts one person in charge of what’s available and seen, or not. This is by definition a single point of failure, no matter how great the person, and over time will fracture the public conversation, and may lead to more control by governments and corporations around the world.

I believe many companies can build a phenomenal business off an open protocol. For proof, look at both the web and email. The biggest problem with these models however is that the discovery mechanisms are far too proprietary and fixed instead of open or extendable. Companies can build many profitable services that complement rather than lock down how we access this massive collection of conversation. There is no need to own or host it themselves.

Many of you won’t trust this solution just because it’s me stating it. I get it, but that’s exactly the point. Trusting any one individual with this comes with compromises, not to mention being way too heavy a burden for the individual. It has to be something akin to what bitcoin has shown to be possible. If you want proof of this, get out of the US and European bubble of the bitcoin price fluctuations and learn how real people are using it for censorship resistance in Africa and Central/South America.

I do still wish for Twitter, and every company, to become uncomfortably transparent in all their actions, and I wish I forced more of that years ago. I do believe absolute transparency builds trust. As for the files, I wish they were released Wikileaks-style, with many more eyes and interpretations to consider. And along with that, commitments of transparency for present and future actions. I’m hopeful all of this will happen. There’s nothing to hide…only a lot to learn from. The current attacks on my former colleagues could be dangerous and doesn’t solve anything. If you want to blame, direct it at me and my actions, or lack thereof.

As far as the free and open social media protocol goes, there are many competing projects: @bluesky is one with the AT Protocol, nostr another, Mastodon yet another, Matrix yet another…and there will be many more. One will have a chance at becoming a standard like HTTP or SMTP. This isn’t about a “decentralized Twitter.” This is a focused and urgent push for a foundational core technology standard to make social media a native part of the internet. I believe this is critical both to Twitter’s future, and the public conversation’s ability to truly serve the people, which helps hold governments and corporations accountable. And hopefully makes it all a lot more fun and informative again.

💸🛠️🌐 To accelerate open internet and protocol work, I’m going to open a new category of #startsmall grants: “open internet development.” It will start with a focus of giving cash and equity grants to engineering teams working on social media and private communication protocols, bitcoin, and a web-only mobile OS. I’ll make some grants next week, starting with $1mm/yr to Signal. Please let me know other great candidates for this money.

@ 6e468422:15deee93

Not too long ago, I tried to paint a picture of what a vision for a value-enabled web could look like. Now, only a couple of months later, all this stuff is being built. On nostr, and on lightning. Orange and purple, a match made in heaven.

It goes without saying that I'm beyond delighted. What a time to be alive!

nostr

Here's the thing that nostr got right, and it's the same thing that Bitcoin got right: information is easy to spread and hard to stifle.[^fn-stifle] Information can be copied quickly and perfectly, which is, I believe, the underlying reason for its desire to be free.

[^fn-stifle]: That's a Satoshi quote, of course: "Bitcoin's solution is to use a peer-to-peer network to check for double-spending. In a nutshell, the network works like a distributed timestamp server, stamping the first transaction to spend a coin. It takes advantage of the nature of information being easy to spread but hard to stifle."

Easy to spread, hard to stifle. That's the base reality of the nature of information. As always, the smart thing is to work with nature, not against it.[^1] That's what's beautiful about the orange coin and the purple ostrich: both manage to work with the peculiarities of information, not against them. Both realize that information can and should be copied, as it can be perfectly read and easily spread, always. Both understand that resistance to censorship comes from writing to many places, making the cost of deletion prohibitive.

Information does not just want to be free, it longs to be free. Information expands to fill the available storage space. Information is Rumor's younger, stronger cousin; Information is fleeter of foot, has more eyes, knows more, and understands less than Rumor.

Eric Hughes, A Cypherpunk's Manifesto

Nostr is quickly establishing itself as a base layer for information exchange, one that is identity-native and value-enabled. It is distinctly different from systems that came before it, just like Bitcoin is distinctly different from monies that came before it.

As of today, the focus of nostr is mostly on short text notes, the so-called "type 1" events more commonly known as tweets.[^fn-kinds] However, as you should be aware by now, nostr is way more than just an alternative to twitter. It is a new paradigm. Change the note kind from 1 to 30023 and you don't have an alternative to Twitter, but a replacement for Medium, Substack, and all the other long-form platforms. I believe that special-purpose clients that focus on certain content types will emerge over time, just like we have seen the emergence of special-purpose platforms in the Web 2.0 era. This time, however, the network effects are cumulative, not separate. A new paradigm.

Let me now turn to one such special-purpose client, a nostr-based reading app.

[^fn-kinds]: Refer to the various NIPs to discover the multitude of event kinds defined by the protocol.

Reading

I'm constantly surprised that, even though most people do read a lot online, very few people seem to have a reading workflow or reading tools.

Why that is is anyone's guess, but maybe the added value of such tools is not readily apparent. You can just read the stuff right there, on the ad-ridden, dead-ugly site, right? Why should you sign up for another site, use another app, or bind yourself to another closed platform?

That's a fair point, but the success of Medium and Substack shows that there is an appetite for clean reading and writing, as well as providing avenues for authors to get paid for their writing (and a willingness of readers to support said authors, just because).

The problem is, of course, that all of these platforms are platforms, which is to say, walled gardens that imprison readers and writers alike. Worse than that: they are fiat platforms, which means that permissionless value-flows are not only absent from their DNA, they are outright impossible.[^2]

Nostr fixes this.

The beauty of nostr is that it is not a platform. It's a protocol, which means that you don't have to sign up for it---you can create an identity yourself. You don't have to ask for permission; you just do, without having to rely on the benevolence of whatever dictator is in charge of the platform right now.

Nostr is not a platform, and yet, powerful tools and services can be built and monetized on top of it. This is good for users, good for service providers, and good for the network(s) at large. Win-win-win.

So what am I talking about, exactly? How can nostr improve everyone's reading (and writing) experience?

Allow me to paint a (rough) picture of what I have in mind. Nostr already supports private and public bookmarks, so let's start from there.

Imagine a special-purpose client that scans all your bookmarks for long-form content.[^fn-urls] Everything that you marked to be read later is shown in an orderly fashion, which is to say searchable, sortable, filterable, and displayed without distractions. Voilà, you have yourself a reading app. That's, in essence, how Pocket, Readwise, and other reading apps work. But all these apps are walled gardens without much interoperability and without direct monetization.

[^fn-urls]: In the nostr world long-form content is simply markdown as defined in NIP-23, but it could also be a link to an article or PDF, which in turn could get converted into markdown and posted as an event to a special relay.

Bitcoin fixes the direct monetization part.[^fn-v4v] Nostr fixes the interoperability part.

[^fn-v4v]: ...because Bitcoin makes V4V practical. (Paywalls are not the way.)

Alright, we got ourselves a boring reading app. Great. Now, imagine that users are able to highlight passages. These highlights, just like bookmarks now, could be private or public. When shared publicly, something interesting emerges: an overlay on existing content, a lens on the written Web. In other words: swarm highlights.

Imagine a visual overlay of all public highlights, automatically shining a light on what the swarm of readers found most useful, insightful, funny, etc.

Further, imagine the possibility of sharing these highlights as a "type 1" event with one click, automatically tagging the highlighter(s)---as well as the author, of course---so that eventual sat-flows can be split and forwarded automatically.

Voilà, you have a system that allows for value to flow back to those who provide it, be it authors, editors, curators, or readers that willingly slog through the information jungle to share and highlight the best stuff (which is a form of curation, of course).

Zaps make nostr a defacto address book[^fn-pp] of payment information, which is to say lightning addresses, as of now. Thanks to nostr wallet connect (among other developments), sending sats ~~will soon be~~ is already as frictionless as leaving a like.

[^fn-pp]: The Yellow Pages are dead, long live The Purple Pages!

Value-for-value and participatory payment flows are something that traditional reading apps desperately lack, be it Pocket, Instapaper, Readwise, or the simple reading mode that is part of every browser.

A neat side-effect of a more structured way to share passages of text is that it enables semi-structured discussions around said passages---which could be another useful overlay inside special-purpose clients, providing context and further insights.[^5]

Further, imagine the option of seamlessly switching from text-on-screen to text-to-speech, allowing the user to stream sats if desired, as Podcasting 2.0 clients already do.[^3]

Imagine user-built curations of the best articles of the week, bundled neatly for your reading pleasure, incentivized by a small value split that allows the curator to participate in the flow of sats.

You get the idea.

I'm sure that the various implementation details will be hashed out, but as I see it, 90% of the stuff is already there. Maybe we'll need another NIP or two, but I don't see a reason why this can't be built---and, more importantly: I don't see a reason why it wouldn't be sustainable for everyone involved.

Most puzzle pieces are already there, and the rest of them can probably be implemented by custom event types. From the point of view of nostr, most everything is an event: bookmarks are events, highlights are events, marking something as read is an event, and sharing an excerpt or a highlight is an event. Public actions are out in the open, private actions are encrypted, the data is not in a silo, and everyone wins. Especially the users, those who are at the edge of the network and usually lose out on the value generated.

In this case, the reading case, the users are mostly "consumers" of content. What changes from the producing perspective, the perspective of the writer?

Writing

Back to the one thing that nostr got right: information is easy to spread but hard to stifle. In addition to that, digital information can be copied perfectly, which is why it shouldn't matter where stuff is published in the first place.

Allow me to repeat this point in all caps, for emphasis: IT SHOULD NOT MATTER WHERE INFORMATION IS PUBLISHED, and, maybe even more importantly, it shouldn't matter if it is published in a hundred different places at once.[^fn-torrents]

What matters is trust and accuracy, which is to say, digital signatures and reputation. To translate this to nostr speak: because every event is signed by default, as long as you trust the person behind the signature, it doesn't matter from which relay the information is fetched.

This is already true (or mostly true) on the regular web. Whether you read the internet archive version of an article or the version that is published by an online magazine, the version on the author's website, or the version read by some guy that has read more about Bitcoin than anyone else you know[^fn-guy]---it's all the same, essentially. What matters is the information itself.

[^fn-guy]: There is only one such guy, as we all know, and it's this Guy: nostr:npub1h8nk2346qezka5cpm8jjh3yl5j88pf4ly2ptu7s6uu55wcfqy0wq36rpev

Practically speaking, the source of truth in a hypernostrized world is---you guessed it---an event. An event signed by the author, which allows for the information to be wrapped in a tamper-proof manner, which in turn allows the information to spread far and wide---without it being hosted in one place.

The first clients that focus on long-form content already exist, and I expect more clients to pop up over time.[^4] As mentioned before, one could easily imagine prism-like value splits seamlessly integrated into these clients, splitting zaps automatically to compensate writers, editors, proofreaders, and illustrators in a V4V fashion. Further, one could imagine various compute-intensive services built into these special-purpose clients, such as GPT Ghostwriters, or writing aids such as Grammarly and the like. All these services could be seamlessly paid for in sats, without the requirement of any sign-ups or the gathering of any user data. That's the beauty of money proper.

Plagiarism is one issue that needs to be dealt with, of course. Humans are greedy, and some humans are assholes. Neither bitcoin nor nostr fixes this. However, while plagiarism detection is not necessarily trivial, it is also not impossible, especially if most texts are published on nostr first. Nostr-based publishing tools allow for OpenTimestamp attestations thanks to NIP-03, which in turn allows for plagiarism detection based on "first seen" lookups.

That's just one way to deal with the problem, of course. In any case, I'm confident that we'll figure it out.

Value

I believe that in the open ~~attention~~ information economy we find ourselves in, value will mostly derive from effective curation, dissemination, and transmission of information, not the exclusive ownership of it.

Although it is still early days, the statistics around Podcasting 2.0 and nostr zaps clearly show that (a) people are willing to monetarily reward content they care about, and (b) the willingness to send sats increases as friction decreases.

The ingenious thing about boostagrams and zaps is that they are direct and visible, which is to say, public and interactive. They are neither regular transactions nor simple donations---they are something else entirely. An unforgable value signal, a special form of gratitude and appreciation.

Contrast that with a link to Paypal or Patreon: impersonal, slow, indirect, and friction-laden. It's the opposite of a super-charged interaction.

While today's information jungle increasingly presents itself in the form of (short) videos and (long-form) audio, I believe that we will see a renaissance of the written word, especially if we manage to move away from an economy built around attention, towards an economy built upon value and insight.

The orange future now has a purple hue, and I believe that it will be as bright as ever. We just have a lot of building to do.

---

Further Reading

• A Vision for a Value-Enabled Web
• The Freedom of Value
• The Rediscovery of Money
• Lightning Prisms

NIPs and Resources

• Nostr Resources
• value4value.info
• nips.be
• NIP-23: Long-form content
• NIP-57: Event-specific zap markers
• NIP-47: Nostr Wallet Connect
• NIP-03: OpenTimestamps attestations for events

Originally published on dergigi.com

---

[^1]: Paywalls work against this nature, which is why I consider them misguided at best and incredibly retarded at worst.

[^2]: Fiat doesn't work for the value-enabled web, as fiat rails can never be open and permissionless. Digital fiat is never money. It is---and always will be---credit.

[^3]: Whether the recipient is a text-to-speech service provider or a human narrator doesn't even matter too much, sats will flow just the same.

[^4]: BlogStack and Habla being two of them.

[^5]: Use a URI as the discussion base (instead of a highlight), and you got yourself a Disqus in purple feathers!

[^fn-torrents]: That's what torrents got right, and ipfs for that matter.