Steps for AI stablecoin

# AI Stablecoin Project Implementation Steps Using Eliza Framework

### High Priority Tasks

1. **Define Internal Stabilization Logic (No External Data)**
   - **Objective:** Develop an algorithm that autonomously decides when to mint or burn tokens based solely on internal metrics.
   - **Steps:**
     1. **Research Algorithmic Stablecoins:** Study existing algorithmic stablecoins that operate without external price feeds.
     2. **Design Decision Rules:** Create stabilization rules using Eliza's agent framework and goal tracking system.
     3. **Simulate Scenarios:** Leverage Eliza's multi-agent simulation framework to test stabilization rules.
   - **Implementation:**
     - Use Eliza's agent framework for decision-making logic
     - Utilize the built-in memory and context management for tracking supply metrics
     - Implement goal tracking for stabilization targets

2. **Smart Contract Integration**
   - **Objective:** Enable the agent to execute mint and burn functions on the ERC-20 stablecoin contract.
   - **Steps:**
     1. **Contract Setup:** Deploy the stablecoin contract using Eliza's EVM plugin infrastructure.
     2. **Access Control:** Implement OpenZeppelin's access control using the existing wallet management system.
     3. **Integration Testing:** Use Eliza's testing framework with the EVM plugin's test utilities.
   - **Implementation:**
     - Leverage `@ai16z/plugin-evm` for all blockchain interactions
     - Use the existing `WalletProvider` for transaction signing and chain management
     - Utilize the plugin's multi-chain support for potential cross-chain deployment

3. **AI/Agent Decision Engine**
   - **Objective:** Create an AI agent that evaluates metrics and executes stabilization actions.
   - **Steps:**
     1. **Agent Configuration:** Use Eliza's configurable character/personality system for the stablecoin agent.
     2. **Action Framework:** Implement stabilization actions using Eliza's action execution framework.
     3. **Evaluation System:** Set up regular interval evaluations using the built-in scheduling system.
   - **Implementation:**
     - Use Eliza's AI model integration (OpenAI, Claude) for decision-making
     - Implement custom actions extending the EVM plugin's action framework
     - Utilize the existing memory management for tracking historical decisions

### Medium Priority Tasks

1. **Transaction Automation**
   - **Objective:** Automate blockchain transactions based on agent decisions.
   - **Steps:**
     1. **Transaction Flow:** Use EVM plugin's transaction management system.
     2. **Chain Management:** Leverage the multi-chain support for potential cross-chain operations.
     3. **Security Integration:** Utilize Eliza's secure key management system.
   - **Implementation:**
     - Use `WalletProvider` for all transaction handling
     - Implement custom transaction types extending the EVM plugin's interfaces
     - Leverage existing chain configuration management

2. **Social Tools Integration**
   - **Objective:** Post stabilization actions and explanations on social platforms.
   - **Steps:**
     1. **Platform Integration:** Use Eliza's existing Twitter/X and Discord integrations.
     2. **Message Formatting:** Leverage the built-in message formatting system.
     3. **Automated Posting:** Connect agent decisions to social posting actions.
   - **Implementation:**
     - Use existing social media clients and formatters
     - Implement custom message templates for stabilization actions
     - Utilize multi-platform client architecture

### Lower Priority Tasks

1. **Parameter Adjustments & Governance**
   - **Objective:** Enable parameter adjustments through configuration.
   - **Steps:**
     1. **Configuration System:** Use Eliza's existing configuration management.
     2. **Parameter Storage:** Leverage the database adapters for parameter persistence.
     3. **Adjustment Interface:** Create a governance interface using existing plugins.
   - **Implementation:**
     - Use PostgreSQL adapter for parameter storage
     - Implement vector search for parameter impact analysis
     - Utilize caching system for frequent parameter access

2. **Documentation & Explanation**
   - **Objective:** Provide comprehensive system documentation.
   - **Steps:**
     1. **Technical Docs:** Use Eliza's documentation system and templates.
     2. **API Documentation:** Leverage existing API documentation tools.
     3. **Integration Guides:** Create guides using the community contribution framework.
   - **Implementation:**
     - Use multi-language support for international accessibility
     - Implement API documentation using existing tools
     - Create integration tests using the test framework

### Additional Considerations

- **Testing & Simulation:**
  - Use Eliza's multi-agent simulation framework for economic modeling
  - Leverage EVM plugin's test utilities for blockchain interactions
  - Implement custom test scenarios using the existing test framework

- **Security & Reliability:**
  - Utilize Eliza's secure key management
  - Implement multi-chain fallback using the EVM plugin
  - Leverage existing monitoring and logging systems

### Development Workflow

1. **Initial Setup**
   - Configure EVM plugin with appropriate chain settings
   - Set up agent personality and decision framework
   - Initialize social media integrations

2. **Core Development**
   - Implement stabilization logic using agent framework
   - Deploy and configure smart contracts using EVM plugin
   - Set up automated transaction handling

3. **Integration & Testing**
   - Connect all components using Eliza's plugin architecture
   - Test using multi-agent simulation framework
   - Deploy monitoring and logging systems

4. **Documentation & Deployment**
   - Create comprehensive documentation using existing tools
   - Set up continuous integration using test framework
   - Deploy with proper security measures in place