blog: fully onchain eliza with move (#3201)

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Co-authored-by: jolestar <[email protected]>

docs/website/pages/blog/eliza-with-move.en-US.mdx

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+---
+title: 'Fully On-Chain Eliza with Move Language: Pioneering Decentralized AI Agents'
+description: ""
+author: jolestar
+category: Developer
+date: 2025/01/16
+---
+
+import PostHeader from "/components/blog/postHeader";
+
+<PostHeader />
+
+![](/blog/eliza-with-move/eliza-with-move.jpg)
+
+Rooch Network is breaking new ground by exploring implementing a fully on-chain version of Eliza using the Move language. This innovative approach stores character data and memory directly within smart contracts, unlocking the potential for truly decentralized AI agents. 
+
+## Defining Characters in Move
+
+At the core of this initiative lies the character definition in Move.
+
+![](/blog/eliza-with-move/code.png)
+
+The data structure adheres to the JSON standard previously used by Eliza, facilitating seamless migration of existing character definitions onto the blockchain. For the complete code, visit the [Rooch GitHub repository](https://github.com/rooch-network/rooch/tree/main/examples/foc_eliza).
+
+## Getting Started with On-Chain Eliza
+
+Developers can interact with Eliza dynamically by leveraging on-chain character and memory storage. Here's a quick guide to deploying and using it:
+
+1. **Deploy the `foc_eliza` modules to Rooch:**
+
+    ```bash
+    rooch move publish --named-addresses foc_eliza=default
+    ```
+
+2. **Create an on-chain character using an Eliza character JSON file:**
+
+    ```bash
+    rooch move run --function default::character::create_character_from_json --args file:../../../eliza/characters/dobby.character.json
+    ```
+
+## Why On-Chain?
+
+Transitioning Eliza’s character and memory storage on-chain offers transformative benefits:
+
+**1.Dynamic Evolution**
+
+On-chain storage enables characters’ bios, interests, and message templates to evolve dynamically through user interactions. This fosters a transparent, community-driven process, where participants can oversee and shape the development of AI agents.
+
+**2. Governance and Auditing**
+
+With on-chain governance, communities can define and enforce rules for character evolution and memory management. For example:
+
+- Prevent memory contamination from harmful inputs.
+- Audit public AI agents’ behavior to align with community expectations.
+
+**3.Decentralized Trustworthiness**
+
+Storing characters and memory on-chain enhances transparency and reliability, making Eliza an ideal fit for open and trustworthy AI ecosystems.
+
+## Future Developments
+
+Our vision for on-chain AI agents includes the following milestones:
+
+1. **Dynamic Character Loader**
+
+    Enable Eliza to dynamically load and update character definitions directly from the blockchain.
+
+2. **On-Chain Memory Sync Plugin**
+
+    Develop a plugin to synchronize Eliza’s memory with on-chain states in real-time.
+
+3. **AI Oracle Integration**
+
+    Integrate AI Oracles for advanced decision-making, enhancing intelligent on-chain interactions.
+
+4. **Standardized On-Chain Components**
+
+    Abstract core on-chain components for AI agents and integrate them into the Rooch Move framework to standardize AI agent development.
+
+## How to Participate
+
+We invite developers and innovators to push the boundaries of on-chain AI by contributing to the following initiatives:
+
+1. **Push the Boundaries of Smart Contracts**
+
+    Collaborate to explore the possibilities of implementing on-chain AI Agents, such as:Supporting automatic state vectorization and vector retrieval directly in smart contracts(RGA on-chain)
+
+2. **Provide More On-Chain Services**
+
+    Build services tailored for AI agents, such as:
+
+    - On-chain chatrooms for multi-user interactions.
+    - Social media utilities like Twitter or blogging tools for AI agents.
+
+3. **Explore AI and DeFi/BTCFi Integration**
+
+    Merge on-chain AI capabilities with decentralized finance applications, unlocking novel opportunities for the Bitcoin ecosystem.
+
+## Conclusion
+
+Rooch Network’s fully on-chain Eliza project marks a pivotal step in decentralizing AI agent development. By leveraging Move language and on-chain storage, we aim to create transparent, community-driven, and reliable AI agents for the future.
+
+**Join us in building the next frontier of AI agents on-chain!**

docs/website/pages/blog/eliza-with-move.zh-CN.mdx

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+---
+title: '使用 Move 语言构建全链 Eliza：开创性的去中心化人工智能代理'
+description: ""
+author: jolestar
+category: Developer
+date: 2025/01/16
+---
+
+import PostHeader from "/components/blog/postHeader";
+
+<PostHeader />
+
+![](/blog/eliza-with-move/eliza-with-move.jpg)
+
+Rooch Network 通过探索使用 Move 语言实现 Eliza 的完全链上版本来开辟新天地。这种创新方法将角色数据和记忆直接存储在智能合约中，释放了真正去中心化人工智能代理的潜力。
+
+## 在 Move 中定义角色
+
+这一举措的核心在于 Move 中的角色定义。
+
+![](/blog/eliza-with-move/code.png)
+
+数据结构遵循 Eliza 之前使用的 JSON 标准，有助于将现有角色定义无缝迁移到区块链上。如需完整代码，请访问 [Rooch GitHub 存储库](https://github.com/rooch-network/rooch/tree/main/examples/foc_eliza)。
+
+## 链上 Eliza 入门
+
+开发人员可以利用链上角色和记忆存储与 Eliza 进行动态交互。以下是部署和使用它的快速指南：
+
+1. **将 `foc_eliza` 模块部署到 Rooch：**
+
+    ```bash
+    rooch move publish --named-addresses foc_eliza=default
+    ```
+
+2. **使用 Eliza 角色 JSON 文件创建链上角色：**
+
+    ```bash
+    rooch move run --function default::character::create_character_from_json --args file:../../../eliza/characters/dobby.character.json
+    ```
+
+## 为什么要上链？
+
+将 Eliza 的角色和记忆存储转移到链上可带来变革性的好处：
+
+1. **动态演化**
+
+链上存储使角色的简介、兴趣和消息模板能够通过用户交互动态发展。这促进了一个透明的、社区驱动的流程，参与者可以监督和塑造人工智能代理的开发。
+
+2. **治理和审计**
+
+通过链上治理，社区可以定义和执行角色进化和记忆管理的规则。例如：
+
+- 防止有害输入造成记忆污染。
+- 审核公共人工智能代理的行为以符合社区期望。
+
+3. **去中心化的可信度**
+
+在链上存储角色和记忆可增强透明度和可靠性，使 Eliza 成为开放且值得信赖的人工智能生态系统的理想选择。
+
+## 未来发展
+
+我们对链上人工智能代理的愿景包括以下里程碑：
+
+1. **动态角色加载器**
+
+    使 Eliza 能够直接从区块链动态加载和更新角色定义。
+
+2. **链上记忆同步插件**
+
+    开发一个插件来实时同步 Eliza 的记忆和链上状态。
+
+3. **人工智能预言机集成**
+
+    集成人工智能预言机以进行高级决策，增强智能链上交互。
+
+4. **标准化链上组件**
+
+    抽象出AI智能体的核心链上组件，并将其集成到Rooch Move框架中，以标准化AI智能体的开发。
+
+## 如何参与
+
+我们邀请开发者和创新者通过以下举措来突破链上人工智能的界限：
+
+1. **突破智能合约的界限**
+
+    合作探索实现链上AI Agent的可能性，例如：直接在智能合约中支持自动状态向量化和向量检索（RGA链上）
+
+2. **提供更多链上服务**
+
+    构建为 AI 代理量身定制的服务，例如：
+
+    - 用于多用户交互的链上聊天室。
+    - Twitter 等社交媒体实用程序或人工智能代理的博客工具。
+
+3. **探索人工智能和 DeFi/BTCFi 集成**
+
+    将链上人工智能功能与去中心化金融应用程序相结合，为比特币生态系统释放新的机遇。
+
+## 结论
+
+Rooch Network 的完全链上 Eliza 项目标志着去中心化人工智能代理开发的关键一步。通过利用 Move 语言和链上存储，我们的目标是为未来创建透明、社区驱动且可靠的人工智能代理。
+
+**与我们一起构建链上人工智能代理的下一个前沿！**