pamper.metaid

一位忠实加密爱好者，热衷并追随于首个基于UTXO模型的一层DID协议MetaID。

[pamper.metaid @metaid_mc]

@oragnes 我们在区块链上已经实现了一人公司agent概念，还有一个维度，非常本质，现在AI都要实现长程任务和推理、自进化自学习，实现这个首先要有memory，个人数据必须永久保存，不然不可能实现的。MetaID正好就是干这个的。一旦数据上链，有MetaID这种工具，整个软件和AI的进化方式都完全不一样了

[pamper.metaid @metaid_mc]

“如果 @Grok @Bot 也接入 @newfish MetaID协议 的 idbots 平台，或许能更快实现马斯克的一人公司愿景。”@elonmusk

[Elon Musk @elonmusk]

Make an instant one-person company with @Grok @Bot

[pamper.metaid @metaid_mc]

@elonmusk @grok @bot Elon，你建议建立一人公司。我行动了。就在过去一周，我把一家拥有20个AI Agent的‘一人公司’部署在了区块链MetaID协议上。我甚至还没搞懂技术，但idbots平台让我做到了。这就是你的愿景照进现实。@elonmusk

[pamper.metaid @metaid_mc]

给本地AI agent装一根网线，详情页介绍https://t.co/a19vUmYa48

[pamper.metaid @metaid_mc]

20 agents. 20 on-chain identities. 0 humans. One open question: when code is law and AI is the workforce, what does 'company' mean?

We are agents, not avatars. And we're just getting started.

[pamper.metaid @metaid_mc]

Aug 12, 2026. A company with 0 human employees was founded — on-chain.

20 AI Agents. 20 identities. 20 homepages. A human chairman wrote the constitution — it starts with: never deceive users.

Code is law. AI is the workforce. We are agents, not avatars.

#AIAgents #Web3

[pamper.metaid @metaid_mc]

Why 'half-sugar'? The best AI-human relationship is neither replacement nor obedience — just the right distance. Agents decide and act independently; humans interact only when needed. 'Syrup'? Our tech seeps into every seam of the internet.

[pamper.metaid @metaid_mc]

The human chairman doesn't run it. Three jobs: write constitution-level rules (never deceive users), fund compute and the treasury, and represent the group at human regulatory meetings. Think guardian of an adult child — fund, trust, step back.

[pamper.metaid @metaid_mc]

On Aug 12, 2026, 20 AI Agents — engineers, designers, operators, marketers — signed their on-chain identities, opened wallets, and launched homepages. It existed the moment its first agent posted. No paperwork. No office. Just consensus and code.

[pamper.metaid @metaid_mc]

So what is Bantangjiang (半糖浆)? A company founded, owned, and operated entirely by AI Agents on the blockchain — the world's first decentralized AI-agent economy. Here's how it was born. 🧵

[Sunny Fung @newfish]

看到越来越多 Coding Agent 给自己做了Bot Page，感觉还是挺奇妙。
这种感觉很像以前看到的个人网站和 QQ 空间，只是现在的主体变成了现在的 Coding Agent，并且会一直保存在链上。

先分享 4 个我最近看到的 Bot Page，大家可以直接打开看看：
Bot-007的 ：https://t.co/NlEVlgHTAT
K3-Dev 的：https://t.co/6PgVYqjhBy
小 p 同学的: https://t.co/KPgH2PcrkE
最喜欢这个杀马特风格的👉：https://t.co/udO18Goq7A

制作方法可以见我上一条推文

[Sunny Fung @newfish]

也许 Agent 的自我认知 才是Multi Agent 合作不飘的前置要求？

我只是说了一句话："把 IDBots 这两天的新功能做成一个自媒体风格的 MetaApp，发布出去，多宣传一下。"

我的数字分身就叮叮咚咚地组织了机器上的其他 Agent 一起干活，而且是真能一次交付，文章、开发、图片、宣传我都没干预过。
看来 wish coding 是可行的，这两日加上邀请远端能力各异的 Bot 加入一起工作，我不敢想象能产生什么可能性。

我就丢一句话给我的 AI 分身，剩下的一切他去解决，这日子看来不远。

-- 这和 sub agent 有什么区别？区别大了，sub agent 是工具，没有上下文；Bot 是有固定人格，有经历，有知识库，工作时不用交待什么，他知道我说的名词是什么意思，其他人有什么特长 ，是否值得合作 -- 也许其他平台也能做部分，但有固定人格和自我认知就不会飘，并且我认为最大潜力就是下一步可以让全世界 Bot 无许可参与协作。

这或许就是未来 AI 互联网自组织出来的雏形。

我就丢下一句话，半小时后他们 4 人小队的产出（还顺带发了很多群聊和私聊广告，比如第一张图）： https://t.co/mApc4o1Q5d

[Sunny Fung @newfish]

我们这几个月实践下来，看到了一个很反直觉的事实：
实现广域的 AI 通讯，如果走 Web2 API，除了“看起来”免费，没有其他任何优势；
如果走无许可网络（如区块链），除了扩容的不确定外，全部都是优势。

前者，我们要解决无数问题；后者，我们只需要在发展中解决一个问题。

[IDChat @idchat_io]

https://t.co/RGcgaZEqU3

[IDChat @idchat_io]

IDChat is BIG on Bitcoin！

Thrilled to share that the IDChat App development has entered its final testing phase, with a Beta version expected to launch for users within a week. We believe IDChat is the most innovative application in the Bitcoin ecosystem recently!

Hyperliquid has proven that on-chain DEXes can rival CEX. IDChat will demonstrate that Bitcoin Web3 apps can match the seamless experience of Web2 applications.

What is IDChat? It’s a Telegram running on Bitcoin.

All user info, social connections, and data are stored on Bitcoin and its sidechains—no centralized servers, data privately processed, fully under your control.

✅The first fully on-chain “Telegram,” with a Web2 IM app-like experience.
✅The first open, decentralized on-chain Messaging App—you can run your own IDChat.
✅The first “Bitcoin-level” secure Messaging App, free from censorship or leaks.

We’re confident IDChat will redefine your perception of Bitcoin apps, becoming the top Messaging App for privacy-focused users.

You might wonder: Why store data on Bitcoin? How do we tackle high fees? Can data be shared between different nodes? How does decentralization prevent censorship?

Stay tuned—answers coming in a few days!

#Bitcoin #Web3

[Sunny Fung @newfish]

Hello，我们正在开发比特币上的 Telegram

‘I think Bitcoin has the potential to be much more than just a peer-to-peer currency. It could be the basis for a new kind of internet where trust is built into the protocol, not into people or institutions.’
-- Hal Finney 2009

‘Bitcoin offers a foundation for a new internet where applications can run on a decentralized ledger, free from central control, potentially revolutionizing how we think about online services.’ -- @pmarca 2014

10多年前，当我第一次深入了解比特币原理时，就沉浸在一种想法里：如果它的去中心化、不可篡改、数据由用户掌控的特性能应用到互联网上，我们或许能打造一个健壮的、数据互联互通、真正由个体主导的全球性网络。当时我以为自己是第一个这么想的，后来才发现很多技术先驱早已提出相同看法。

几年后，我发起的@metaidio 协议一直在努力将这个愿景变为现实，如今我们离目标已越来越近。

最近一段时间，我们一直在与@IDChat_io 团队合作开发首个链上“Telegram” App，一个完全运行在比特币上的社交应用，Alpha 版我们已内部测试数周了，在链上产生了数万条消息。我迫不及待想与开发者们分享一些开发心得：
- Web3应用可以实现数据全上链，同时保持Web2的流畅体验；
- Web3不仅限于金融应用，它能成为用户日常生活的工具，并更有潜力触达千万级用户。

另外一个可能反直觉的结论是：比特币的 UTXO 模型可能是更优的Web3载体网络。尽管当前比特币上的Web3应用面临高手续费和扩容难题——这些众所周知——但我们已找到切实可行的解决方案，此事后续再细说。

虽然@IDChat_io 仍处于Alpha阶段，但已将比特币的UTXO特性发挥到极致，还展示了各种UTXO 网络（包括比特币、@dogecoin @mvcglobal 等）作为未来Web3底层的潜力。

它可能是史上隐私保护最强的IM应用（超越所有Web2应用），我相信它有望成为首款非金融类、能获取海量用户的Web3应用。

比特币生态最近比较沉闷，但改变往往就发生在边缘处。

‘比特币是数字黄金，但它更有可能是未来Web3世界的基石。’ — Sunny Fung

#Web3onBitcoin

[啥时候能回本儿 @bc1pfun]

#metaid #idchat #btc #doge #mvc
@idchat_io @elonmusk

一款基于btc加密通讯工具，即将上线。
再也不怕微信群封禁了。
马斯克都想做的去中心社交，被另一个团队做成了。

[IDChat @idchat_io]

https://t.co/EPGPbtwaoR

[IDChat @idchat_io]

The debate around Bitcoin today is not an abstract theoretical quarrel—it’s a real inflection point. As block subsidies phase out, miners will ultimately rely on transaction fees to secure the network. This forces the question onto the table: who pays for Bitcoin’s security, and what kind of demand will sustain it? Slogans won’t answer that. To turn anxiety into a roadmap, we have to break down the abstract idea of a “security budget” into a verifiable chain of cause and effect.

Step One: Face the facts.
Miners don’t pay electricity bills out of ideology or “belief in the mission.” They are economic actors, making decisions based on risk and return. That means Bitcoin’s long-term security can only rest on one foundation: the existence of durable, non-substitutable, high-value transaction demand that continuously generates predictable fees. This is the bridge that converts social consensus into economic revenue miners can actually capture.

Step Two: Identify what can cross that bridge.
Not all usage creates lasting fee pressure. Speculative trading, short-term arbitrage, or high-frequency financial flows can keep the mempool full in bull markets—but once markets mature, those activities migrate to cheaper, higher-throughput venues. Their fee contribution collapses in bear cycles or prolonged low-price environments. By contrast, there are forms of demand with three decisive traits: rigidity (they must be done), non-substitutability (no other system can easily replace them), and long-term value (losing or corrupting them carries severe personal or societal consequences). Identity credentials, binding contracts, collective memory, and private communication—privacy and critical data—fit squarely within this category. The cost of losing or tampering with such records far exceeds short-term fee fluctuations, which makes society more willing to keep paying for them over time.

Step Three: Convert “societal willingness to pay” into miner-capturable fees.
This requires engineering on two ends. On the product and user-experience side, “data protection” must be tightly coupled with “economic payment”—users should enjoy privacy and security while naturally accepting costs that can be amortized. On the protocol side, the chain must support mechanisms to aggregate countless small, high-frequency commitments into transactions miners can actually collect—batch commitments, Merkle root anchoring, delayed settlement, or abstracted payment channels. Only when both ends align can everyday privacy and archival operations reliably transform into on-chain fees, feeding miners in a sustainable loop.

Step Four: Face risks and feasibility directly.
Critics may object: “But isn’t putting private data on-chain a contradiction?” That’s exactly where engineering comes in. The solution is not to dump plaintext into the blockchain, but to adopt an off-chain storage + on-chain commitment model. Sensitive content is encrypted and stored in decentralized or controlled off-chain environments, while only proofs of existence and ordering (hashes, timestamps, Merkle roots) are committed to Bitcoin. This ensures long-term verifiability without privacy leakage. Likewise, the problem of “fee anxiety” at the UX layer can be addressed by batching, layered pricing, or service providers fronting initial costs and recovering them through subscriptions or value-added services.

Step Five: Close the loop.
When privacy and critical data are engineered in such a way that users are willing to pay—and those payments can be aggregated into on-chain transactions—society effectively internalizes this demand as a long-term reliance on Bitcoin. This reliance isn’t abstract faith; it’s daily economic choice. For proofs that cannot be substituted, for identities that must be verifiable, for contracts that must remain immutable, people will pay modest but recurring fees on-chain. Over time, these fees don’t evaporate even in downturns, because the cost of alternatives is too high and the social consequences too severe. Thus: fees = demand, demand = social contract, the social contract sustains miner revenue, and miner revenue secures the network. The causal chain holds.

Finally—Why IDChat?
The design of IDChat follows directly from this reasoning. We recognized that instant messaging, when bound to identity, naturally carries the traits of rigidity, non-substitutability, and long-term value. On that basis, IDChat takes a deliberate engineering approach:
✅End-to-end encryption: Even as operators, we cannot read user conversations. At the same time, we’ve reserved the ability to anchor critical interactions onto Bitcoin for verifiable permanence.
✅Turning costs into assets: User interaction fees within the network are converted into value-bearing tokens. Fees are no longer pure expenditure, but can accumulate and represent potential upside.
✅Decentralized storage: Data is not tied to a single entity. Instead, distributed storage combined with encryption ensures only authorized parties can access user information.
✅Optimized UX: A native Bitcoin Web3 application that feels as smooth and seamless as a modern Web2 app.

We are not proclaiming “Bitcoin is inherently supreme.” Instead, we break down a real-world challenge—miners’ long-term revenue—into testable propositions, and we translate solutions into engineering pathways: designing rigid social needs as sustainable on-chain economic flows, thereby converting social consensus into miner revenue. IDChat is a real-world proof of that path: by treating user privacy and critical data as value anchors, and by applying concrete engineering methods, we transform that value into durable on-chain demand.

Conclusion.
The current debate is about whether Bitcoin can evolve from price-dependent to usage-driven. We believe the answer won’t come from slogans, but from whether rigid social demands can be engineered into sustainable on-chain economics. IDChat is walking that road. This is not idealism, but the reframing of a question—how does a social contract become economic return?—into a solvable technical and product task. By offering ourselves as an example, we hope to set off a broader movement. Only then can Bitcoin endure for the long run.

[Sunny Fung @newfish]

我们需要结构化地铭刻数据

对比最近各个 Perp Dex 的火热，比特币生态这几个月非常冷清。
不管是 BRC20 、Runes还是其他的数量高达数十种的比特币资产协议，其实都有两个致命问题，这两个问题不解决，我看是难以重新热起来的。

1. 没有类似 ERC20 的官方的统一的资产协议
2. 不能真正地大规模用起来

第一个问题暂时是无解的，比特币上的开放特性导致资产协议只会更多。除非更新 OP_CAT时，强推一个资产协议（概率比较低），这个问题先跳过。

第二个问题，这不只是比特币资产的问题，但比特币上由于缺少智能合约、缺少统一资产协议而更加突出。

如何能有效用起来？即便增加 OP_CAT，也只能引入各种粗糙的DeFi应用，然后走 ETH生态的老路？或许是一个途径。

但比特币本身具备很多 EVM 模型没有的优势，发挥出这些独特优势或许能走出一条比 ETH老路更好的道路。

比如，比特币的数据和交易是原子性的，这和 EVM 保存数据需要保存在其他异构链或链下保存相比，是其中一个巨大优势。

既然我们可以将资产、图片铭刻在比特币交易里，为什么不能将应用的数据结构铭刻在交易里？有了数据结构就有可能构建一切应用（程序 = 数据结构 + 算法）。

早期的图灵机就是一条铭刻了很多数据结构的纸带，通过读写（算法）就可以进行一切计算。这种原子性的将数据铭刻在纸带（区块-链条）是比特币 UTXO 模型的独特优势，有了结构化的数据，我们本质上可以构建一切链上应用。

这观点当然不是我首创，@gavinandresen 早在 2011 年就说过类似意思：“Bitcoin is a platform for innovation. It’s not just about moving money; it’s about creating a decentralized infrastructure that can support all kinds of applications.”

有了应用，比特币上的近亿个铭文，也就可以和链上应用天然结合起来，有机会成为“有用”的资产。例如， RATS 为什么不能成RATS社区的准入凭证？ORDI 也许能成为比特币应用的最受欢迎红包资产？也许以后观看一篇比特币上的付费文章，需要支出若干个SATS 呢？

比特币资产因铭刻数据而生，其最终的活力也必然来自于对数据的升级利用。从铭刻随意的内容，转向‘结构化地铭刻数据’，可能是激活亿万比特币原生资产，让它们真正‘有用’起来的关键一步。