# MEV Bot Master Plan Summary & Roadmap

## Project Summary

This master plan outlines the comprehensive implementation of exchange-specific helper libraries for the MEV bot. The project encompasses support for multiple DEX protocols including Uniswap, SushiSwap, Curve, Balancer, PancakeSwap, and DEX aggregators, with advanced cross-exchange arbitrage capabilities.

## Project Scope

### Core Components
1. Common interface definitions for all exchanges
2. Exchange-specific implementation modules
3. Cross-exchange arbitrage detection
4. Pricing and liquidity management
5. Testing and deployment infrastructure

### Supported Exchanges
- Uniswap (V2/V3)
- SushiSwap
- Curve Finance
- Balancer
- PancakeSwap
- DEX Aggregators (1inch, ParaSwap, etc.)

## Implementation Roadmap

### Phase 1: Foundation (Weeks 1-2)
- [x] Define common interfaces
- [x] Set up project structure in `docs/master-plan/`
- [x] Create core documentation
- [ ] Implement base exchange module

### Phase 2: Core Exchange Support (Weeks 3-6)
- [x] Implement Uniswap V2/V3/V4 modules
- [x] Implement SushiSwap module
- [x] Basic Curve integration
- [x] Unit tests for core exchanges

### Phase 3: Advanced Exchanges (Weeks 7-9)
- [x] Implement Balancer module
- [x] Implement PancakeSwap module
- [x] Implement Kyber module
- [x] DEX aggregator integration
- [x] Cross-chain functionality

### Phase 4: Arbitrage & Optimization (Weeks 10-12)
- [ ] Cross-exchange arbitrage implementation
- [ ] Performance optimization
- [ ] Security hardening
- [ ] Documentation completion

### Phase 5: Deployment & Operations (Weeks 13-14)
- [ ] Staging deployment
- [ ] Production deployment
- [ ] Monitoring setup
- [ ] Final testing and validation

## Success Criteria

### Technical Metrics
- Consistent API across all exchange modules
- Sub-100ms response time for price queries
- >=90% test coverage for core functionality
- Successful execution of swaps and liquidity operations
- Accurate profitability calculations including gas costs

### Business Metrics
- Successful identification of arbitrage opportunities
- Profitable execution of MEV strategies
- Minimal transaction failures
- Efficient gas utilization
- Scalable architecture supporting multiple chains

## Risk Assessment

### High Priority Risks
- Smart contract changes breaking compatibility
- Security vulnerabilities in exchange contracts
- Gas price volatility affecting profitability
- Front-running reducing profits

### Mitigation Strategies
- Comprehensive testing with mainnet forks
- Regular contract verification
- Multiple gas pricing strategies
- Advanced transaction ordering techniques

## Resource Requirements

### Development Team
- 2-3 Go developers experienced with blockchain
- 1 DevOps engineer for deployment infrastructure
- 1 Security specialist for code audits

### Infrastructure
- Ethereum node access
- Multiple blockchain API keys
- Testnet and mainnet deployment environments
- Monitoring and alerting infrastructure

## Quality Assurance

### Code Quality
- All code follows Go best practices
- Comprehensive unit and integration tests
- Security audits before production deployment
- Peer review for all pull requests

### Performance Requirements
- Support for high-frequency trading strategies
- Efficient caching of exchange state
- Optimized routing algorithms
- Minimal external dependency calls

## Conclusion

This master plan provides a comprehensive roadmap for implementing the exchange-specific helper libraries required for the MEV bot. The modular approach ensures scalability and maintainability while the focus on testing and monitoring ensures reliability in production environments.