SennHanami

Web3 developer and researcher.

Blog :

[SennHanami @HanamiSenn]

生化危机女主做了一个Agent的记忆宫殿MemPalace. 看了一下代码, 本质是一个给Agent记忆管理工具, 通过将记忆文件进行切割, 分组存放, 并且关联, 提高记忆的检索效率. 而且它开发了一个新的语言(AAAK)来存储信息, 提高信息密度减少token消耗, 思路还挺有趣的.

[Ray Wang @wangray]

生化危机女主角 Milla Jovovich 刚在 GitHub 开源了一个 AI 记忆系统，在行业标准 benchmark 上拿了有史以来第一个满分

没���，就是那个爱丽丝🤯

她用 AI 对话几个月后，积累了大量的决策和思考结果全丢了，她觉得现有的记忆系统让 AI 决定什么值得记，不是她想要的

于是她和朋友用 Claude Code 花几个月做了 MemPalace，借鉴古希腊记忆宫殿术，把记忆组织成可导航的空间结构

结果行业 benchmark 首个满分，MIT开源，纯本地运行

一个好莱坞演员做出了超过所有 AI 公司 memory 产品的东西

真是充满想象力的时代

[SennHanami @HanamiSenn]

现在的信息太多太杂了, 每天花了好多时间去浏览timeline, 但是我浏览的很多东西并不是对我有帮助的, 反而让我分心, 浪费了很多时间. 所以我计划做一个信息OS平台, 让我能用prompt定义想阅读的信息类型, 想要订阅的信息源, 包括twitter账户, 各种媒体平台, 用AI来自动分析过滤信息, 只推送我需要的

[SennHanami @HanamiSenn]

Polymarket is a prediction market
1. Built on CTF for conditional tokens (prediction shares)
2. Orderbook integrates with CTF for mint/redeem → deeper liquidity
3. Pricing via probabilities = intuitive UX
4. AA wallets improve onboarding

[SennHanami @HanamiSenn]

Analyzed implementation of Polymarket.
Full analysis 👉https://t.co/D3uttULaYG

[SennHanami @HanamiSenn]

It separates the logic of OApp and the message bridge, enabling flexible OApp design. It also allows OApps to choose their own executor and DVN, offering great flexibility. The code is also beautifully written.

[SennHanami @HanamiSenn]

analyzed the implementation of LayerZero on SVM, it largely follows the design principles used on EVM, maintaining functional consistency.
https://t.co/iuYX5fLUpY

[SennHanami @HanamiSenn]

However, due to the differences between SVM and EVM, the implementation is significantly more complex.

[SennHanami @HanamiSenn]

Even without asset delegation, in theory, it is still possible to build an NFT marketplace as sophisticated as OpenSea using Move, as well as implement lazy minting, allowing creators to mint NFTs with zero gas fees.

[SennHanami @HanamiSenn]

analyzed the implementation of Sui's native NFT marketplace, Kiosk.
https://t.co/horbYF8tCy

[SennHanami @HanamiSenn]

Additionally, Move’s lack of asset delegation significantly reduces flexibility. It remains uncertain whether this feature will be supported in the future.

[SennHanami @HanamiSenn]

The official implementation also highlights the power and flexibility of the Move language. However, there are some limitations, such as Sui not supporting operations like the approve function seen in ERC-20 tokens, which may limit certain scenarios.

[SennHanami @HanamiSenn]

Once all rules are approved, the action request is passed to the sui::token module for rule verification and processing.

[SennHanami @HanamiSenn]

The token standard is very flexible, allowing apps to define any rules for the assets they create. Additionally, conversion between tokens and coins is allowed (as long as the corresponding rules are met).

[SennHanami @HanamiSenn]

To approve the request, all the rules for the corresponding action must be approved. In order to approve these rules, the module that defines the rule must check and approve the action.

[SennHanami @HanamiSenn]

Analyzed the Sui Coin and Closed-Loop Token standards:
https://t.co/npPIWbJvh1
https://t.co/q7o9N9jDEB

[SennHanami @HanamiSenn]

The overall process is as follows: The dApp contract implements the action logic and calls the sui::token module to create an action request. This request is a hot potato, meaning it must be processed by the corresponding function in the transaction or the transaction will fail.

[SennHanami @HanamiSenn]

These rules are based on the Sui witness pattern, implemented by modules, and must be approved by the module.