@ 3eba5ef4:751f23ae

Crypto Insights

1 BTC Quantum Cracking Challenge Called a Joke

Quantum computing research organization Project Eleven launched “Q-Day Challenge,” announcing a 1 BTC reward to the first team that can crack an ECC (elliptic curve cryptography) key using Shor’s algorithm on a quantum computer before April 5, 2026. Project Eleven considers this an extremely difficult task, stating that even recovering a few private keys would be big news.

However, Shinobi from Bitcoin Magazine called the bounty a joke, arguing it provides no serious incentive for several reasons:

• Even highly optimistic forecasts place the feasibility of such a quantum breakthrough at least 5–10 years away.
• At Bitcoin’s current price of $80,000, the bounty is insufficient compensation for such a demanding task.
• A quantum computer could be used for much more lucrative exploits—eavesdropping on internet connections regardless of TLS, breaking encrypted private communications, or compromising the certificate authority hierarchy of the DNS system.

New BIP Proposal to Redefine Bitcoin’s Smallest Unit

A new BIP draft proposes redefining the term “Bitcoin” to refer to the smallest indivisible unit in the system—currently “sat” (Satoshi). The goal is to make transaction amounts more readable and reduce user error. For example, someone with 851 sats would simply see “851 bitcoin” instead of “0.00000851 BTC.” Only the display and interpretation of amounts would change—the protocol remains untouched.

Previously, BIP 176 attempted to improve readability by introducing “bits” (100 sats), but it introduced a new denomination users had to learn and switch between.

Sparse Bitcoin Block Contains Only 7 Transactions

Bitcoin transaction activity has slumped to its lowest in over two years. Recently, top mining pool Foundry mined a sparse block—Block 890466—containing only 7 transactions and weighing 5,369 weight units.

The last time a block was sparser was in January 2023, when Binance Pool mined Block 769895, which included just 4 transactions and weighed 4,370 weight units.

Over 95% of Bitcoin Blocks Mined by Just 6 Pools

A recent investigation by b10c analyzed the hash rate shares of Bitcoin’s five largest mining pools to examine centralization trends in 2025. Part one looked at mining pool information in coinbase transactions. Part two considered the assumed potential proxy pools. Both parts revealed a high concentration of mining activity. The conclusion: over 95% of recent blocks were mined by just six pools.

Bitcoin Hashrate Projections Through 2027

Valentin Rousseau in collaboration with Blockspace published hashrate forecast, covering:

• Hashrate forecasts for 2025, 2026, and 2027
• How current Bitcoin mining economics may influence the hashrate trajectory
• Hashrate expansion schedules for public miners, plus probability of completion
• Sensitivity tables for hashrate growth under various Bitcoin prices

Using VLS for Non-Custodial Lightning Integration

VLS (Validating Lightning Signer) is a library and reference implementation for a signer module to secure Lightning nodes. It separates Lightning private keys and security rule validation from the node, moving them to a dedicated signing device, thereby reducing the attack surface and enhancing security.

Before VLS, it was nearly impossible to securely manage Lightning private keys in a hosted environment without taking custody of user funds. Blockstream’s Greenlight demonstrates in this case study how VLS enables developers to seamlessly integrate non-custodial Lightning payments into their apps, with minimal overhead, while ensuring users retain full control of their funds.

How CTV+CSFS improves BitVM bridges

Robin Linus elaborates on how input-committing covenants can be used to build more efficient and secure bridges in the BitVM ecosystem. By using CTV (CHECKTEMPLATEVERIFY) and CSFS (CHECKSIGFROMSTACK), the need for presigning committees is eliminated and transaction size is significantly reduced. This simplifies bridge architecture, enhances operational efficiency, and aims towards trust-minimized Bitcoin interoperability, though challenges such as potential censorship in the peg-in process remain.

RISC Zero Launches R0VM 2.0 with Performance and Security Gains

RISC Zero introduced R0VM 2.0, a major upgrade to its zkVM focused on performance and scalability. Enhancements include:

• Ethereum block validation and execution time cut from 35 minutes to 44 seconds;
• Validity proof costs reduced 5x, with batch sizes of 25 bringing per-block costs down from $1.355 to $0.2747; for larger batches, as low as $0.0012.

On the security side, formal verification is a key focus of R0VM 2.0. The Keccak circuit’s determinism has been fully verified, and 122 of the 123 components in the v2 RISC-V core circuit have also been confirmed deterministic.

Bitcoin Soft Forks Could Improve BitVMX

BitVMX is a platform for optimistic verification of Bitcoin smart contracts. In this article, Fairgate Labs outlines various potential Bitcoin upgrades and how they could benefit BitVMX. The article argues that new opcodes introduced via soft forks could improve efficiency, reduce on-chain costs, simplify scripting, and promote decentralization.

Ethereum Execution Layer to Replace EVM with RISC-V

Vitalik announced a long-term proposal to replace the EVM in Ethereum’s execution layer with RISC-V as the virtual machine for smart contracts. This aims to significantly improve execution efficiency and address key scalability bottlenecks, while also simplifying the execution layer.

Additionally, Cardano’s Charles Hoskinson mentioned that their project is also using RISC-V in BitVMX, stating: “RISC-V is the future.”

Top Reads on Blockchains and Beyond

Viewing a Clown World Through Bitcoin: Responsibility, Freedom, and Self-Reflection

The book Bitcoin: The Inverse of Clown World critiques a modern society filled with “clowns”—obsessed with false political narratives and meaningless social issues, such as excessive focus on “political correctness” and climate change. The author argues that the root of absurdity is a lack of personal responsibility, and that when money breaks down, everything becomes political theater.

Beyond exposing and criticizing these absurdities, the book promotes Bitcoin as a means to succeed by providing value. It emphasizes the importance of protecting one’s time and mind in an era of information overload and encourages readers to reflect on their lifestyles and contribute to making a better world—with Bitcoin as a foundation for that change.

The book review by Bitcoin Magazine.

GPU Proof-of-Work: Redefining Energy, Computation, and Money in the AI Age

The author envisions a future where GPU-based Proof-of-Work (GPU PoW) plays a pivotal role in an AI-driven world. GPU PoW can secure cryptocurrencies, train AI models, balance energy loads, and help build a global compute marketplace. Unlike ASICs, which are limited to mining, GPUs are versatile and can dynamically shift workloads for optimal economic return.

By coordinating local data centers, superclusters, and middleware, GPU PoW can improve energy and compute efficiency without sacrificing decentralization. This gives rise to a new utility-based economic system. PoW is no longer just about mining—it becomes infrastructure supporting the convergence of AI, energy systems, and monetary networks.

DahLIAS：First Cryptographic Protocol for Fully Cross-Input Signature Aggregation Compatible with Secp256k1

Blockstream’s research team has introduced DahLIAS, the first cryptographic protocol that enables full cross-input signature aggregation, while remaining compatible with Bitcoin's existing secp256k1 elliptic curve.

An interactive aggregate signature scheme allows n signers—each with their own (sk, pk) key pair and message m—to jointly produce a short signature that proves each m was signed under its corresponding pk. While such schemes can offer massive space and verification savings—two critical bottlenecks for blockchain like Bitcoin—aggregate signatures have received less attention compared to other multisig schemes like MuSig2 or FROST.

DahLIAS is the first such scheme built on discrete logarithms in pairing-free groups, with constant-size signatures that look just like standard Schnorr signatures. DahLIAS also addresses real-world use cases. In addition to its savings in space and time, it supports key tweaking—a common Bitcoin technique used in hierarchical deterministic wallets to derive keys and enhance on-chain privacy.

Read the full paper.

Thunderbolt: A Formally Verified Protocol for Off-Chain Bitcoin Transfers

Bitcoin Thunderbolt is a novel off-chain protocol for asynchronous, secure transfer of Bitcoin UTXOs between uncoordinated users. Unlike prior solutions such as payment channels or the Lightning Network, Bitcoin Thunderbolt requires no prior trust, direct interaction, or continuous connectivity between sender and receiver.

At its core, Bitcoin Thunderbolt employs a Byzantine fault-tolerant committee to manage threshold Schnorr signatures, enabling secure ownership delegation and on-chain finalization.

Read the full paper.

@ c1e9ab3a:9cb56b43

If you ever read about a hypothetical "evil AI"—one that manipulates, dominates, and surveils humanity—you might find yourself wondering: how is that any different from what some governments already do?

Let’s explore the eerie parallels between the actions of a fictional malevolent AI and the behaviors of powerful modern states—specifically the U.S. federal government.

Surveillance and Control

Evil AI: Uses total surveillance to monitor all activity, predict rebellion, and enforce compliance.

Modern Government: Post-9/11 intelligence agencies like the NSA have implemented mass data collection programs, monitoring phone calls, emails, and online activity—often without meaningful oversight.

Parallel: Both claim to act in the name of “security,” but the tools are ripe for abuse.

Manipulation of Information

Evil AI: Floods the information space with propaganda, misinformation, and filters truth based on its goals.

Modern Government: Funds media outlets, promotes specific narratives through intelligence leaks, and collaborates with social media companies to suppress or flag dissenting viewpoints.

Parallel: Control the narrative, shape public perception, and discredit opposition.

Economic Domination

Evil AI: Restructures the economy for efficiency, displacing workers and concentrating resources.

Modern Government: Facilitates wealth transfer through lobbying, regulatory capture, and inflationary monetary policy that disproportionately hurts the middle and lower classes.

Parallel: The system enriches those who control it, leaving the rest with less power to resist.

Perpetual Warfare

Evil AI: Instigates conflict to weaken opposition or as a form of distraction and control.

Modern Government: Maintains a state of nearly constant military engagement since WWII, often for interests that benefit a small elite rather than national defense.

Parallel: War becomes policy, not a last resort.

Predictive Policing and Censorship

Evil AI: Uses predictive algorithms to preemptively suppress dissent and eliminate threats.

Modern Government: Experiments with pre-crime-like measures, flags “misinformation,” and uses AI tools to monitor online behavior.

Parallel: Prevent rebellion not by fixing problems, but by suppressing their expression.

Conclusion: Systemic Inhumanity

Whether it’s AI or a bureaucratic state, the more a system becomes detached from individual accountability and human empathy, the more it starts to act in ways we would call “evil” if a machine did them.

An AI doesn’t need to enslave humanity with lasers and killer robots. Sometimes all it takes is code, coercion, and unchecked power—something we may already be facing.

@ 3eba5ef4:751f23ae

加密洞见

悬赏 1 BTC 的量子计算破解密钥挑战，被认为是个笑话

量子计算研究机构 Project Eleven 发布 Q-Day 挑战，宣布对能够于 2026 年 4 月 5 日之前、在量子计算机上使用 Shor 算法破解椭圆曲线加密（ECC）密钥的第一支团队提供 1 BTC 的奖励。Project Eleven 认为这将是一项极其艰巨的任务，即使获得几位私钥也将是一个大新闻。

而 Bitcoin Magazine 的长期贡献者 Shinobi 认为该笔赏金是一个笑话，并没有提供任何严肃的激励，原因有：

• 即使是对量子计算进展的高度乐观预测，也将实际实现这一目标的时间表定为 5-10 年；
• 按照目前单个比特币 80,000 美元的市价来看，奖励对于这项困难的工作其实并不多；
• 一台量子计算机可以完成比价值 80,000 美元更有价值的事，如窃听互联网连接、破解私人信息应用程序、破解整个 DNS 系统的证书颁发机构层次结构等。

重新定义比特币的基本单位的新 BIP

这份 BIP 草案建议重新定义「比特币」一词，以指代系统中最小的不可分割单位，即目前所说的「聪」（sat），目的是让交易看起来更清晰易读，可以有效降低了用户出错风险。如果某人有 851 个聪，钱包只显示 851 个比特币，而不是 0.00000851 BTC。变化的只有显示和解释金额的方式，而协议不变。

在这项提案之前，已经有提案（BIP 176）试图通过引入代表 100 聪的「比特」（bits）来使比特币数位的显示更加友好。虽然这减少了小数位的数量，但它引入了一种新的面额，用户必须学习并在其之间切换。

比特币交易活跃度低迷，稀疏区块仅包含 7 笔交易

比特币交易活动处于 2 年多来的最低水平，导致最大的矿池 Foundry 近期挖掘出一个稀疏的非空区块：Block 890466 仅包含 7 笔交易，重量为 5369 个单位。

上一个低于此的稀疏区块是 Binance Pool 在 2023 年 1 月挖出的区块 769895。内存池同样是空的，仅包含 4 笔交易，重量为 4370 个单位。

当前比特币挖矿高度集中：超过 95% 的区块仅由 6 个矿池开采

这篇由 b10c 发表的调查检查了当前五个最大的比特币矿池的哈希率份额，探讨 2025 年比特币挖矿中心化问题。第一部分着眼于 coinbase 交易中包含的矿池信息。第二部分考虑了假定的代理池。这两部分都显示了当前最大的矿池和挖矿集中化指数。调查结论：当下的比特币挖矿高度集中，有 6 个矿池开采了超过 95% 的区块。

预测到 2027 年的比特币哈希率

Valentin Rousseau 与 Blockspace 合作撰写了这份报告，涵盖： * 2025 年、2026 年和 2027 年的哈希率预测 * 当前的比特币挖矿经济学将如何影响哈希率的轨迹 * 公共矿工的哈希率扩展时间表，以及完成概率 * 不同比特币价格下哈希率增长的敏感度表

使用 VLS 支持非托管的闪电集成

VLS（Validating Lightning Signer）是签名者模块的库和参考实现，用于保护闪电节点，将 闪电私钥和安全规则验证从闪电节点分离到一个单独的签名设备中，通过减少攻击面来增强安全性。

在 VLS 之前，在不保管用户资金的情况下，在托管环境中安全地管理闪电私钥几乎是不可能的。Blockstream 的 Greenlight  在这份案例研究中介绍了如何使用 VLS，以非托管的方式使开发人员能够以最小的开销将闪电的功能添加到他们的应用程序中，同时确保用户保留对他们资金的完全控制权。Greenlight 构建在 Core Lightning 的模块化架构上，将由 Blockstream 管理的闪电节点操作与掌握在用户手中的闪电交易签名分开。

CTV+CSFS 如何改进 BitVM 网桥

Robin Linus 阐述了如何使用「输入提交契约」（input-committing covenants）在 BitVM 生态系统中构建更高效、更安全的桥，利用 CTV（CHECKTEMPLATEVERIFY）和 CSFS (CHECKSIGFROMSTACK) 消除对预签名委员会的需求并显着减少交易规模。这一进步简化了桥架构，提高了运营效率，并旨在实现信任最小化的比特币互作性，尽管仍然存在诸如挂钩过程中的潜在审查等挑战。

RISC Zero 推出 R0VM 2.0，性能提升的同时确保安全性

RISC Zero 推出了 R0VM 2.0，重大改进包括： * 以太坊区块的验证和执行时间，从 35 分钟缩短到仅 44 秒； * 到有效性证明的成本降低了 5 倍，批量大小为 25 的每个区块交易成本从 1.355 USD 下降到 0.2747 USD；较大批次交易成本低至 0.0012 USD；

在安全性方面，形式化验证是 R0VM 2.0 的核心。目前已经验证 Keccak 电路的完全确定性，以及在其 v2 电路中，核心 RISC-V 功能的 123 个组件中有 122 个是确定性的。

比特币软分叉可以改进 BitVMX

BitVMX 是支持乐观验证比特币智能合约的平台。Fairgate Labs 在本文中介绍了比特币可能经历的不同类型的升级，以及它们如何对 BitVMX 产生积极影响，认为了新的 opcodes 如果被软分叉到比特币中，可以提高 BitVMX 的效率、降低链上成本、简化脚本，并变得更加去中心化。

以太坊执行层将用 RISC-V 替代 EVM

Vitalik 发布了长期 L1 执行提案，宣布以太坊执行层将用 RISC-V 替换 EVM 作为编写智能合约的虚拟机，以大幅提高以太坊执行层的效率 ，解决主要的扩展瓶颈之一，同时增强执行层的简单性。

此外，Cardano 的 Charles Hoskinson 也表示 Cardano 在 BitVMX 中使用了 RISC-V；RISC-V 就是未来。

精彩无限，不止于链

从比特币看荒诞的世界：责任、自由与自我反思

《Bitcoin: The Inverse of Clown World》（比特币：荒诞世界的逆转）一书批判了充满「小丑」的当代世界——被虚假的政治议题和无意义的社会关注所占据——比如对「政治正确」和气候变化的过度关注。作者认为荒谬的核心是人们不负责任的行为，并认为当货币失效时，一切都变成政治和闹剧。

除了揭示和批评诸多荒诞现象，作者指出比特币倡导通过提供价值来获得成功，并强调了个人在这个信息过载的时代保护自己的时间和思想的重要性，进一步鼓励读者在比特币的支持下，重新审视自己的生活方式，并为改变世界贡献力量。

这里是 Bitcoin Magazine 对该书的书评。

GPU 工作量证明：重新定义 AI 驱动时代的能源、计算和金钱

作者设想了以 GPU 为基础的工作量证明（GPU PoW）在 AI 驱动的未来中的潜力。GPU PoW 不仅可以用于加密货币的安全保障，还能参与 AI 模型训练、能源负载调节以及全球算力市场的构建，相较于传统只能挖矿的 ASIC，GPU 更通用灵活，并能动态分配任务，在不同场景下实现收益最大化。通过本地数据中心、超级集群与中间件协同运作，GPU PoW 可以在不牺牲去中心化的前提下，提升能源与计算资源的使用效率，并创造以实用性为基础的新型经济体系。PoW 不再只是挖矿，而是成为支撑 AI、能源系统与货币市场协同发展的基础设施。

DahLIAS：首个用于完全交叉输入签名聚合的加密协议，允许重用比特币的曲线 secp256k1

Blockstream 研究团队推出 DahLIAS——第一个用于完全交叉输入签名聚合的加密协议，允许重用比特币的曲线 secp256k1。

一个交互式聚合签名（interactive aggregate signatures）方案允许 n 个签名者，每人拥有自己的秘密/公钥对（sk, pk）和消息 m，共同生成一个简短的签名，同时证明每个 m 在 pk 下已经被签名，其中 i ∈ {1, . . . , n}。尽管在空间和验证时间方面具有巨大的节省潜力，这两个因素是像比特币这样的区块链系统的主要瓶颈。但聚合签名相比于多方签名家族中的其他成员（例如 MuSig2 多重签名和 FROST 阈值签名）受到的关注较少。

而 DahLIAS 是首个直接在无配对组（pairing-free groups）中的离散对数上构建的、具有常数大小签名的聚合签名方案——与标准的 Schnorr 签名具有相同形态。DahLIAS 的签名协议由两轮组成，第一轮可以在没有消息的情况下预处理，且验证某个由 n 个签名者创建的签名，是由一个大小为 n + 1 的多重指数运算主导，这在渐近意义上比批量验证 n 个独立的 Schnorr 签名要快两倍。

DahLIAS 也考虑到了现实中的应用。除了前述的空间节省和验证速度提升外，DahLIAS 还提供了密钥调整功能，这是一种常用于比特币的技术——从有层级的确定性钱包中派生密钥，以节省空间并增强链上隐私。研究团队在随机预言模型下，基于（代数的）再一次离散对数假设，证明了包含密钥调整功能的 DahLIAS 在并发设置下的安全性。

查看完整论文。

Thunderbolt: 经过验证的链下比特币转账协议

该 Bitcoin Thunderbolt 链下协议用于在未协调的用户之间安全、异步地转移比特币 UTXO。与支付通道或闪电网络等现有解决方案不同，该协议无需预先信任、直接交互或持续连接发送方和接收方。其核心是通过拜占庭容错 committee 来管理阈值 Schnorr 签名，实现安全的所有权委托和链上最终确认。

查看完整论文。

@ 3de5f798:31faf8b0

My everyday activity

This template is just for demo needs.

petrinet ;startDay () -> working ;stopDay working -> () ;startPause working -> paused ;endPause paused -> working ;goSmoke working -> smoking ;endSmoke smoking -> working ;startEating working -> eating ;stopEating eating -> working ;startCall working -> onCall ;endCall onCall -> working ;startMeeting working -> inMeetinga ;endMeeting inMeeting -> working ;logTask working -> working

@ 3de5f798:31faf8b0

My everyday activity

This template is just for demo needs.

petrinet ;startDay () -> working ;stopDay working -> () ;startPause working -> paused ;endPause paused -> working ;goSmoke working -> smoking ;endSmoke smoking -> working ;startEating working -> eating ;stopEating eating -> working ;startCall working -> onCall ;endCall onCall -> working ;startMeeting working -> inMeetinga ;endMeeting inMeeting -> working ;logTask working -> working

@ 266815e0:6cd408a5

noStrudel

Its been over four months since I released v0.42.0 of noStrudel but I haven't forgot about it, I've just been busy refactoring the code-base.

The app is well past its 2yr birthday and a lot of the code is really messy and kind of hacky. so my focus in the past few months has been refactoring and moving a lot of it out into the applesauce packages so it can be tested.

The biggest changes have been switching to use rx-nostr for all relay connections and using rxjs and applesauce for event management and timelines. In total ~22k lines of code have been changed since the last release.

I'm hoping it wont take me much longer to get a stable release for v0.43.0. In the meantime if you want to test out the new changes you can find them on the nsite deployment.

nsite deplyment: nostrudel.nsite.lol/ Github repo: github.com/hzrd149/nostrudel

Applesauce

I've been making great progress on the applesauce libraries that are the core of onStrudel. Since January I've released v0.11.0 and v0.12.0.

In the past month I've been working towards a v1 release with a better relay connection package applesauce-relay and pre-built actions for clients to easily implement common things like follow/unfollow and mute/unmute. applesauce-actions

Docs website: hzrd149.github.io/applesauce/ Github repo: https://github.com/hzrd149/applesauce

Blossom

Spec changes: - Merged PR #56 from kehiy for BUD-09 ( blob reports ) - Merged PR #60 from Kieran to update BUD-8 to use the standard NIP-94 tags array. - Merged PR #38 to make the file extension mandatory in the url field of the returned blob descriptor. - Merged PR #54 changing the authorization type for the /media endpoint to media instead of upload. This fixes an issue where the server could mirror the original blob without the users consent.

Besides the changes to the blossom spec itself I started working on a small cli tool to help test and debug new blossom server implementations. The goal is to have a set of upload and download tests that can be run against a server to test if it adheres to the specifications. It can also be used output debug info and show recommended headers to add to the http responses.

If you have nodejs installed you can try it out by running sh npx blossom-audit audit <server-url> [image|bitcoin|gif|path/to/file.jpeg]

Github repo: github.com/hzrd149/blossom-audit

Other projects

Wifistr

While participating in SEC-04 I built a small app for sharing the locations and passwords of wifi networks. Its far from complete, but its usable and serves as an example of building an app with SolidJS and applesauce.

Live version: hzrd149.github.io/wifistr/ nsite version: here Github repo: github.com/hzrd149/wifistr

nsite-manager

I've been slowly continuing work on nsite-manager, mostly just to allow myself to debug various nsites and make sure nsite.lol is still working correctly.

Github repo: github.com/hzrd149/nsite-manager

nsite-gateway

I finally got around to making some much needed bug fixes and improvements to nsite-gateway ( the server behind nsite.lol ) and released a stable 1.0.0 version.

My hope is that its stable enough now to allow other users to start hosting their own instances of it.

Github repo: github.com/hzrd149/nsite-gateway

morning-glory

As part of my cashu PR for NUT-23 ( HTTP 402 Payment required ) I built a blossom server that only accepts cashu payments for uploads and stores blobs for 24h before deleting them.

Github repo: github.com/hzrd149/morning-glory

bakery

I've been toying with the idea of building a backend-first nostr client that would download events while I'm not at my computer and send me notifications about my DMs.

I made some progress on it in the last months but its far from complete or usable. Hopefully ill get some time in the next few months to create a working alpha version for myself and others to install on Umbrel and Start9

Github repo: github.com/hzrd149/bakery

@ 526bec6a:07c68d13

Welcome to Whitey's Hub: Hack Shack & Party Pharmacy on Nostr The decentralized underworld of Nostr just got a whole lot darker. Nestled within the encrypted, censorship-resistant corners of the Nostr protocol, Whitey's Hub is the ultimate destination for those who crave the forbidden. This isn't just a market—it's a movement. Anonymity, security, and freedom are our currencies, and we’re here to deliver.

Xpresspostt Party Pharmacy: From the finest powders and crystals—cocaine, crack, methadrone and crystal meth—to the greenest buds of marijuana and the most potent opiates, our Party Pharmacy is stocked to satisfy any high. Looking for something more exotic? Our catalog includes pills, oxy, ice, and speed, ensuring your next party is unforgettable. All transactions are facilitated through Nostr's decentralized network, with public key encryption and escrow services that you the buyer can choose.

Hack Shack: Step into the digital underworld. Here, you'll find premium American and Canadian financial credentials, fraud services, and dirty script malware and cracked software. Whether you're looking to boost your cyber arsenal or gain unauthorized access to the world's most secure systems, our tutorials and software will guide you every step of the way. All communications are encrypted and decentralized, thanks to Nostr's secure relay system.

Ebooks & Tutorials: Elevate your game with our collection of eBooks and guides. Learn the art of fraud, master the dark web, or dive into the world of cyber espionage. Knowledge is power, and at Whitey's Hub, we empower. Our content is distributed directly through Nostr's decentralized channels, ensuring it’s uncensorable and always accessible.

Security & Anonymity: Nostr’s decentralized, open-source protocol ensures your identity remains hidden and your activities untraceable. All transactions are secured with end-to-end encryption, and our escrow system is built on trustless, cryptographic principles. Your privacy is our priority, and Nostr’s design guarantees it.

@ 76b0d68a:fdf859d0

Gemini look like they've just released a new video generating function. I just asked it to generate a video of a dog running through the snow in the Swiss Alps and this is what it came up with. Amazing.

Amazing that this is what is for all intents and purposes freely available to anybody. My mind is blown.

I know we saw all this with Sora last year, but the speed at which this kind of capability is being propagated is terrific.

originally posted at https://stacker.news/items/957519

@ 76b0d68a:fdf859d0

Am reading his 1995 diary and he was so interested and up on technology I would be interested in his take on everything in AI, music and art going on today!

originally posted at https://stacker.news/items/957396

@ 5f078e90:b2bacaa3

Bird story 3

This is a test post, 5-600 characters, no md or html. Should become kind 30023.

Dawn Sparrow flitted over dewy grass, eyes sharp for a wriggling worm. The meadow hummed with life, but her quarry hid well. She hopped, pecked, and tilted her head, listening for the faintest squirm. A rustle! Her beak darted into soft earth, pulling up a plump worm. Triumph! She soared to her nest, breakfast secured, as the sun warmed the fields. Her chicks chirped, eager for the meal. Dawn’s keen hunt ensured their strength, a small victory in the endless dance of survival. Each day, she’d search again, tireless, for the worms that sustained her family’s song.

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Originally posted on Hive at https://hive.blog/@hostr/bird-story-3

Cross-posted using Hostr at https://github.com/crrdlx/hostr, version 0.0.1