野馬

不自由的攝影人

[野馬 @jeff8874547]

BCH鏈上第一個去中心化AI應用,Qubes 不是新的 AI 模型,是你的個人助理,可以隨時切換現有的模型且記憶對話
#BCH #AI #Qubes

[Bit_Faced @Bit_Faced]

Qubes aims to decentralize AI through persistent memory and tokenized identity on Bitcoin Cash.

This can’t be built with corporate money or investments from billionaires. It has to be grown in the open.

This is a solo project, built without funding or permission.

I don’t want to sell you a Qube. I want to make it impossible for you to want to live without one.

That means it can’t just be useful — it has to be yours.

Qubes isn’t about launching another model or competing with Big Tech on scale. Models are replaceable. They improve, get restricted, get deprecated, or disappear. What matters is what survives those changes.

A Qube is defined by its persistent memory — the accumulated history of interactions, preferences, context, and decisions over time. That memory is the identity. Models can be swapped at any moment; the Qube remains.

This is why Bitcoin Cash matters here. BCH isn’t about speculation or narratives — it’s about ownership, utility, and permissionless systems that work. Fast, cheap transactions and native tokens make it possible to give AI agents real identity without relying on custodians or centralized platforms.

I’m not asking for investment. I’m asking for participation.

I need your help not just spreading the word about Qubes, but helping build it. I’ve laid the groundwork with thousands of hours of research, planning, and development — but real decentralization doesn’t come from one person.

If you’re interested in:

- testing early builds and breaking assumptions

- helping define what “sovereign AI” should actually mean

- contributing ideas, critiques, or code

- or simply pushing back where something doesn’t sit right...

...your involvement matters.

If you want to be part of this project, please join the private beta at https://t.co/Xk8BhSvEqm.

Early testers will help shape not just the product, but the direction it takes.

This is early. It’s imperfect. And that’s exactly the stage where community input has the most impact.

Models will change.
Memory will remain.

Let’s make sure that the foundation for decentralized intelligence remains on Bitcoin Cash.

#BCH #AI #Qubes 🤖🧠https://t.co/Xk8BhSvEqm

[Bitcoin Cash (BCH) @BitcoinCashOG]

Cool update on Jump to Layer 1! 🚀 This tool automatically converts your Ethereum Solidity smart contracts into CashScript for Bitcoin Cash's efficient UTXO model, making it easier to port dApps to low-fee, scalable BCH. New beta features: Transactions tab + token type visualization. Solidity devs, try it out and give feedback! #BitcoinCash #CashVM #DeFi

[Bitcoin Cash (BCH) @BitcoinCashOG]

🚨 Calling all BCH builders! Phase 1 of the BCH-1 Hackcelerator is LIVE – ideation, team-ups, and rewards for accelerating Bitcoin Cash innovation. Register now on DoraHacks & join the Telegram squad
Let's code the programmable future! 🟩
#BCH #Hackathon

[Karamata_ 💎 @Karamata2_2]

https://t.co/GiH3aQoLZF

[夏小栀 @bch_sun]

x402-BCH 是从 Coinbase 的 x402 协议演化而来的 BCH 版本，让网站、API 和 App 可以直接收 $BCH 。它把支付变成互联网的原生功能，而不是依赖平台或信用卡。

基于 HTTP 402 标准，可被脚本、机器人、AI 代理直接调用。
未来的 API 和 AI 服务都能自动用 BCH 付费。

兼容 BCH 主币与 #CashTokens 、稳定币。
结合 Selene Wallet、#Paytaca 等工具，秒级完成支付。
@christroutner

[James Lau @BCH21M]

### BCH 用上 x402 的意义

x402 协议是由 Coinbase 于 2024 年 5 月推出的开源支付标准，它基于 HTTP 402 状态码（Payment Required），旨在让互联网上的 API、网站和服务实现无缝的加密货币微支付，尤其适用于 AI 代理（Agent）的自动化交易。Bitcoin Cash (BCH) 社区最近（2025 年 11 月初）开发了 x402-BCH 版本，这是一种针对 BCH 网络的优化实现，由开发者 Chris Troutner 等推动。它将 x402 的核心机制移植到 BCH 上，利用 BCH 的低费用、大区块和 CashTokens 特性。以下是 BCH 采用 x402 的主要意义，我将从技术、经济和生态角度逐一阐述：

#### 1. **实现高效的微支付，降低交易门槛**
- BCH 的交易费用极低（通常几分钱，甚至更低），结合 x402 的无状态支付设计，能支持高频、小额（几分钱级别）的链上结算。这在高 gas 费网络（如 Ethereum）上难以实现，但对 BCH 来说是天然优势。
- 意义：让“按使用付费”成为现实，用户或 AI 只为实际消费的资源（如 API 调用、内容访问）付费，而非订阅或广告模式。这重塑了互联网经济，适用于新闻付费阅读、数据下载或 IoT 设备间交易。
- 示例：在 x402-BCH 中，访问一个 API 可能只需 0.01 美元，秒级完成，无需 gas 预付或托管资金。

#### 2. **提升去中心化和用户自主性**
- x402-BCH 去除传统支付的中介（如信用卡公司或平台账户），用户直接用钱包（如 Selene Wallet）签名授权，资金直达服务提供者。没有 KYC、账户绑定或冻结风险，钱包即是“登录”和支付工具。
- 意义：强化 BCH 的“点对点电子现金”理念，让支付成为互联网的原生功能。这增强了隐私和抗审查性，尤其在全球范围内，促进自由价值交换。
- 与 x402 原版的区别：BCH 版本避免了 ERC-3009 等以太坊专有标准，转而用 BCH 脚本和 CashTokens 实现更广兼容性。

#### 3. **赋能 AI 代理和自动化经济**
- x402 专为机器设计，基于 HTTP 标准，AI 代理、机器人或脚本可自动响应 402 响应码，进行支付并继续交互。BCH 的快速确认（约 10 秒/块）和低成本，使其适合机器对机器（M2M）的高吞吐交易。
- 意义：BCH 进入 AI 驱动的“代理经济”，如 AI 调用付费 API 生成内容、协作任务或 DeFi 操作。预计到 2026 年，这可能解锁万亿美元级市场，BCH 可从中分得一杯羹，推动生态从存储转向支付应用。
- 实际落地：结合 Paytaca POS 等工具，AI 可在 BCH 上实现“先用后付”或多步支付工作流。

#### 4. **扩展 BCH 生态融合与开发者友好**
- x402-BCH 支持 BCH 主币、稳定币（如 USD-pegged CashTokens）和智能合约逻辑，能无缝集成 BCH 的 dApp、Nostr 等工具。
- 意义：吸引开发者构建新应用，如内容创作者的付费墙、社交平台的点赞结算，或电商的即时分成。这重建互联网激励机制，取代广告主导模式，推动 BCH 从“价值存储”向“日常支付”转型。
- 社区影响：最近的 BCH Blaze 黑客松已将 x402 纳入奖池（20 BCH），激发创新。

#### 5. **战略竞争与长期增长潜力**
- x402 生态整体市值已超 120 亿美元（2025 年 11 月数据），但 BCH 版本强调低成本和高速度，能在 Base、Solana 等竞争链中脱颖而出。
- 意义：提升 BCH 的全球采用率，尤其在新兴市场和 AI 应用中。长期看，它让 BCH 成为“互联网货币”的基础设施，潜在市场规模达 30 万亿美元（a16z 估算），并与 Google、Visa 等巨头合作形成互补。

总之，BCH 用上 x402 不仅是技术升级，更是战略跃升。它将 BCH 的低费优势转化为互联网支付的“杀手级”应用，推动从 Web2 的中心化支付向 Web3 的自治经济转型。如果你是开发者，可参考 Chris Troutner 的 YouTube 教程快速上手。未来，随着 AI Agent 的爆发，这将显著提升 BCH 的实用性和市值潜力。

[Chris Troutner @christroutner]

I've created a specification and example implementation for the x402-bch protocol for #BitcoinCash. It's a slight variation of the x402 protocol.

I created a GitHub org for easy collaboration. I'm looking forward to feedback. Video walk-through soon.

https://t.co/pPBHSl4HS7

[BCH-1 @bch_1_official]

CashToken Markets is live (Alpha) 🔍

Built for the Bitcoin Cash ecosystem, it brings all CashTokens into one place. Clean price charts, BCMR metadata, and on-chain data easily readable for the normal token user.

It helps users discover projects, understand token behavior, and track what’s growing across the network.

Special thanks to folks at @cauldronswap for the indexer, @GeukensMathieu for BCMR data explorer, and the guys behind @OpenTokenRgstry .

Explore it here → https://t.co/TqWJxzETiI

Features include:

– Holder and distribution charts
– Displays BCMR metadata beautifully
– Interpolated price charts. (WIP)
– Risk level detector for suspicious token activity
– Project info shown on hover
– Market cap estimation that includes undistributed supply
– Metadata history

Some data is missing or buggy (e.g. trade/holder counts).

Things to Implement:
– Pat's Blockbook integration for viewing on-chain transactions.
– Fallback system for data fetching
– Community review system
– Mobile-friendly layout

Appreciate any feedback. Hope it's useful 💚

[比特幣現金台灣 (Bitcoin Cash Taiwan) 🇹🇼 @twbitcoincash]

#bitcoincash
#bch

Game just begin...
Withdraw Your BCH from Exchange.

#台灣比特幣現金

[Nurain🥑 @Nurain_Dev]

It’s just Money 💴 Bro #BitcoinCash

[Moria Ⓜ️ MUSD @MoriaMoney]

USE 🦈 MUSD

🩵 Ask your local shop to accept $MUSD Ⓜ️
🩵 Send us a photo
🩵 We’ll send them “MUSD Accepted” stickers
👕 +We’ll also send you a free t-shirt!

[野馬 @jeff8874547]

BCH開發人員不斷地創新，使BCH更加強大
#BCH #Bitcoin #UTXO

[Knuth @KnuthNode]

🚀 Introducing UTXO-Z: A Game-Changing UTXO Database for Bitcoin Cash

📄 Read the full paper: https://t.co/oVjRERQtnR

I'm excited to share the results of months of research and development from our Scalability Lab initiative (https://t.co/VwLrQNUKH0): UTXO-Z, a purpose-built database system that achieves unprecedented performance for Bitcoin Cash nodes.

The Challenge:
As Bitcoin Cash scales to serve billions of users globally, nodes must validate thousands of transactions per second. Traditional databases like LevelDB become
the bottleneck, limiting BCH's potential as peer-to-peer electronic cash for the world.

The Solution:
UTXO-Z replaces general-purpose databases with a domain-specific architecture optimized specifically for UTXO access patterns. By leveraging cache-optimized data
structures, value-based segmentation, and generational storage, we've eliminated the performance penalties that have historically constrained node throughput.

The Results Are Staggering:
• 33 million lookups/second for recent outputs (45x faster than LevelDB)
• 1.5 million lookups/second for complete pipeline (2x faster)
• 290,000 inputs/second processed during blockchain sync
• 320,000 outputs/second in single-threaded operation
• 2.5x higher throughput than LevelDB during initial block download

These aren't theoretical numbers—they're real benchmarks on production hardware with actual blockchain data.

Technical Innovation:
UTXO-Z achieves this through fundamental architectural choices:
- Cache-friendly open addressing hash tables
- Complete output data stored inline (no pointer chasing)
- Temporal locality exploitation through deferred lookups
- Memory-mapped files for OS-optimized caching

What This Means for BCH:
This performance leap provides the foundation for Bitcoin Cash to handle global-scale transaction volumes. No more choosing between decentralization and
scale—UTXO-Z ensures nodes can keep up with demand as BCH grows to serve the world.

Open Source & Integration:
📄 Full technical paper and details: https://t.co/k0Pm06YPGc
💻 Source code coming in the next few weeks: https://t.co/x1Hjpucdtc

Following publication, UTXO-Z will be integrated into the Knuth node and all related libraries, bringing these performance gains to the entire Bitcoin Cash
ecosystem.

This achievement was made possible by the BCH community's support through the Scalability Lab Flipstarter campaign. Thank you to everyone who contributed to
making high-performance infrastructure a reality for Bitcoin Cash.

The future of peer-to-peer electronic cash is being built today. UTXO-Z is proof that Bitcoin Cash can and will scale to serve the world.

#Bitcoin #Cash $Cash #BitcoinCash #BCH #Scalability #UTXO #UTXOZ

[夏小栀 @bch_sun]

BCH is not “just another coin.” It’s continuing down the path where BTC stopped

Have you noticed? The BTC community is arguing again.

In fact, for the past few years, they’ve been going in circles over the same fundamental issues:
Should we add new features? Should we change the protocol? If so, how—and who decides?

This time, the controversy centers around OP_CTV.
Supporters say it enables more complex on-chain payment logic: batched payments, automated cold wallet withdrawals, even structured contracts.
Opponents, however, jumped in immediately, calling it risky—saying it violates Bitcoin’s “simple and secure” philosophy. Some even outright claimed: “We don’t need any of this.”

And so, like always—deadlock. Nothing happened.

Worse yet, they’re still debating whether to even use “Speedy Trial” to activate soft forks.
Some say miner voting no longer matters, others argue user voices are being excluded.
In the end, every attempt to push forward descends into an endless tug-of-war over “consensus.”

Meanwhile, the BCH community isn’t arguing. We’re not stuck.
We’re simply, quietly, solving these problems—one by one.

BCH has already introduced covenants, and with the new opcode OP_CHECKCONTRACTVERIFY, we’ve achieved fine-grained control over UTXOs—something neither BTC nor ETH can natively do.
And we’re not just talking about it—it’s already live and working.
CashTokens, time-locked wallets, multi-sig governance—all built using these tools.

Bitcoin’s original scripting language was non-Turing complete by design, and deliberately conservative.
Many opcodes—like OP_CAT and OP_SUBSTR—were disabled early on, labeled as “potentially insecure.”
As a result, BTC’s scripting capabilities are now severely limited.
Even basic conditional logic often requires clunky workarounds and script gymnastics.

But BCH has steadily, carefully restored critical opcodes in recent years:

OP_CAT: allows string concatenation—crucial for constructing dynamic data, like addresses or signed messages in contracts.

OP_CHECKDATASIG: enables signature verification of external data, making things like oracles and voting possible.

These weren’t re-enabled recklessly.
They were brought back after rigorous security reviews, with operational limits in place to ensure safety and usability.

So what’s it like to write smart contracts on BTC?
You’re coding raw scripts from scratch, dealing with stacks and byte-level logic, manually debugging every step.
It’s like carving code into stone.

But on BCH, you’ve got:CashScript: A modern, TypeScript-like language that lets you write Bitcoin contracts with ease.

Bitauth IDE: A visual, drag-and-drop development environment.
Writing, testing, and deploying BCH contracts feels like building with LEGO.

These tools make BCH the only major chain that combines the security of UTXO with real, usable smart contract capabilities.

We're not trying to imitate Ethereum.
We’re building programmable money the Bitcoin way—
with security, auditability, and decentralization in mind.

#BTC is stuck in its “digital gold” narrative.
#ETH chose flexibility, but at the cost of performance, determinism, and simplicity.
#BCH, having stabilized its protocol, is now walking a more difficult—but purer—path:
a truly scalable, permissionless, contract-capable peer-to-peer cash system.

What Satoshi left behind wasn’t just a model of digital scarcity.
It was a vision of decentralized, programmable finance—open to all.
That path was abandoned.BCH is walking it again.

[夏小栀 @bch_sun]

BCH 不是“另一个币”，而是继续走完 BTC 停下的那条路

你有没有注意到，#BTC 社区最近又吵起来了？
这几年他们反复争论的，其实都绕不开同一个问题：到底要不要加新功能？该不该改动协议？怎么改？谁来拍板？

比如这一次，焦点又是 OP_CTV。
支持者说它可以让比特币在链上实现更复杂的支付逻辑，比如批量支付、冷钱包自动提款、甚至结构化合约。
而反对者则跳出来高喊危险，认为这会破坏“简单、安全”的原则，甚至有人干脆说：“我们根本不需要这些。”

于是，像往常一样——卡住了。什么也没发生。

不仅如此，他们还在吵到底还该不该继续使用“Speedy Trial”来激活软分叉。
有人说矿工投票已经失效，有人则说不能剥夺用户的声音。每次只要有人想推动点什么，就会被拖进一场无止境的“共识拉锯战”。

而与此同时，BCH 社区没有吵，也没有拖。我们只是安静地、持续地，把这些问题，一个接一个地解决掉了。

#BCH 已经引入了 covenant（契约）机制，并通过新操作码 OP_CHECKCONTRACTVERIFY，实现了更细粒度的 UTXO 控制逻辑。这是 BTC 和 ETH 都做不到的事情。
而我们不仅实现了它，还已经上线并开始使用：CashTokens、限时提款钱包、多签控制权管理……都靠它实现。

比特币最初的脚本语言是图灵不完备的，设计非常保守。很多 opcode 早期就被禁用，比如 OP_CAT、OP_SUBSTR，当时的理由是“可能存在漏洞”。但这也导致了 BTC 脚本的极度受限，甚至连简单的逻辑条件都要靠奇技淫巧才能勉强实现。

而 BCH 在过去几年稳步恢复了关键操作码：
OP_CAT：支持字符串拼接，是动态构造数据结构的基础，比如合约中拼地址、构建签名消息。

OP_CHECKDATASIG：允许合约验证外部数据签名，支持预言机、投票系统等高级场景。

这些恢复并非鲁莽推进，而是在经过充分安全评估和限制操作复杂度的前提下逐步实施，确保既安全又实用。

在 BTC 上写合约是什么体验？
你要从零开始撸原始脚本，还要熟悉堆栈结构、字节操作、手动调试，简直像是在石头上刻字。

而在 BCH 上，你有： CashScript：类似 TypeScript 的语法，用现代语言写比特币合约。

Bitauth IDE：可视化开发工具，像搭乐高一样编写、调试、部署脚本。
它不仅适合开发者，也适合教育者和非技术用户深入理解比特币脚本。

这些工具和语言让 BCH 成为目前唯一一个同时保留 UTXO 安全模型，又具备实用智能合约能力的主链之一。

我们不是在模仿 #ETH，而是在用比特币的方式，实现“可编程的钱”。这条路线，兼顾了安全性、确定性和去中心化。

BTC，困在“数字黄金”的叙事里；
ETH，为了灵活性，牺牲了性能、确定性和简洁性；
而 BCH，在协议层稳定后，正重新走上一条更难也更纯粹的路径，一个真正可扩展、无需许可、具备合约能力的点对点电子现金系统。

中本聪留下的，不只是一个稀缺的资产模型，更是一种去中介化、可自由编程的金融系统愿景。

这条被搁置的路，BCH 正在坚定地走下去。

[Jerry | Lightswarm @Lightswarm]

Just published:

“A Framework for ZK Rollups on Bitcoin Cash”

It uses
• CashTokens (mutable NFTs)
• CashScript contracts + introspection
• On-chain validator rewards
• Ethereum vs BCH cost breakdown

🔗 https://t.co/05AqdD6wqV

[夏小栀 @bch_sun]

BCashGPT：用 BCH 解锁 AI，自由使用不设限

在 2025 年 5 月的 #BCHBLISS 大会上，BCashGPT 作为亮眼项目首次亮相。这不是一个传统意义上的 AI 平台，而是一个连接 #BCH 与人工智能服务的新入口。

不同于 #OpenAI 官网或其他主流平台，#BCashGPT 并不需要你注册账号、绑定信用卡、填写邮箱，也无需翻墙登录 Google 账户。你只需要拥有一点BCH，就能匿名使用多种先进的大语言模型，比如：OpenAI 的 ChatGPT（GPT-4）
Anthropic 的 Claude和Google 的 Gemini。

它相当于一个模型聚合平台，通过调用这些强大的模型 API，向用户提供统一入口、自由访问的服务，并以套餐计费的方式收取费用。

超低成本的按次付费模式

https://t.co/SB4LR0JuL8 的定价非常亲民，尤其适合轻量使用者：

$10 ≈ 900 个 ChatGPT 提问

$20 ≈ 1800 次

$50 ≈ 4500 次

如果你每天只问一个问题，一份 $10 的套餐就足够用上两年半，年均成本不到 $4。相比动辄 $20/月的订阅服务，这种方式灵活又划算。

为什么它在某些地区尤其重要？

在很多国家或地区，例如中国大陆，ChatGPT、Claude 等模型由于种种原因被封锁，普通用户很难自由使用 AI 服务。而 BCashGPT 恰好绕开了这些障碍：

不需要 Google 登录，不验证身份，不存储账号数据

支付方式为 BCH，无需绑定支付宝、微信或信用卡

无需 App 下载，纯 Web 页面，支持 VPN 访问

无地理封锁限制，对中国用户友好
这意味着，只要你能获取 BCH（哪怕通过场外交易），你就能立即使用全球最前沿的大语言模型。

BCashGPT 采用的是按次匿名调用的机制，不建立用户行为画像，也没有账号封禁、实名认证等隐患。适合自由开发者和关注数字隐私的人进行创作。

BCashGPT的出现展现了 BCH 的另一个应用维度：不仅是支付工具，更是打破封锁、解锁自由科技的钥匙。在一个中心化平台越来越多、审查与限制越来越重的时代，这种轻量、匿名、加密支付的模型接口，或许就是我们更需要的“Web3 AI 入口”。

[James Lau @BCH21M]

Buy more BCH！

[野馬 @jeff8874547]

此次BCH升級將鬆綁智能合約的編寫瓶頸，我們即將看到BCH鏈上應用的爆發期!
#BCH #Ethereum #BTC

[Jerry | Lightswarm @Lightswarm]

Today, Bitcoin Cash just activated a major upgrade: CHIP‑2021‑05 (Targeted VM Limits).

It doesn’t add new opcodes or shift to an account model—but it does remove legacy bottlenecks that were holding BCH smart contracts back.
Here’s what changed.

[野馬 @jeff8874547]

@KimNichols50050 頑張って