Soroban contract upgrades are complex and error-prone. Build an AI system that plans safe upgrade paths:
- Analyze current contract state, storage layout, and active interfaces
- Use AI to identify breaking changes and suggest backward-compatible modifications
- Implement state migration planning with data transformation strategies
- Generate upgrade transaction sequences with simulation and rollback planning
- Include dependency analysis for interconnected contracts
- Implement risk assessment for upgrade proposals with mitigation strategies
- Support automated testing of upgrade procedures on testnet before mainnet execution
- Include governance integration for DAO-controlled upgrades
Technical Challenges:
- Complex state space analysis and migration planning
- Handling of live contracts with active users and pending transactions
- Formal verification of upgrade correctness
- Handling of different upgrade patterns (proxy, immutable, etc.)
Acceptance Criteria:
- Successfully plans upgrades for complex contracts with >100 storage entries
- Includes comprehensive test suite with upgrade scenarios
- Integration with existing upgrade commands
- Safety verification with formal methods where possible
Difficulty: Expert
Priority: High
Soroban contract upgrades are complex and error-prone. Build an AI system that plans safe upgrade paths:
Technical Challenges:
Acceptance Criteria:
Difficulty: Expert
Priority: High