# Bzzz P2P Coordination System - TODO List ## High Priority - Immediate Blockers ### 1. Local Git Hosting Solution **Priority: Critical** - [ ] **Deploy Local GitLab Instance** - [ ] Configure GitLab Community Edition on Docker Swarm - [ ] Set up domain/subdomain (e.g., `gitlab.bzzz.local` or `git.home.deepblack.cloud`) - [ ] Configure SSL certificates via Traefik/Let's Encrypt - [ ] Create test organization and repositories - [ ] Import/create realistic project structures - [ ] **Alternative: Deploy Gitea Instance** - [ ] Evaluate Gitea as lighter alternative to GitLab - [ ] Docker Swarm deployment configuration - [ ] Domain and SSL setup - [ ] Test repository creation and API access - [ ] **Local Repository Setup** - [ ] Create mock repositories that actually exist: - `bzzz-coordination-platform` (simulating Hive) - `bzzz-p2p-system` (actual Bzzz codebase) - `distributed-ai-development` - `infrastructure-automation` - [ ] Add realistic issues with `bzzz-task` labels - [ ] Configure repository access tokens - [ ] Test GitHub API compatibility ### 2. Task Claim Logic Enhancement **Priority: Critical** - [ ] **Analyze Current Bzzz Binary Workflow** - [ ] Map current task discovery process in bzzz binary - [ ] Identify where task claiming should occur - [ ] Document current P2P message flow - [ ] **Implement Active Task Discovery** - [ ] Add periodic repository polling in bzzz agents - [ ] Implement task evaluation and filtering logic - [ ] Add task claiming attempts with conflict resolution - [ ] **Enhance Task Claim Logic in Go Code** - [ ] Modify `github/integration.go` to actively claim suitable tasks - [ ] Add retry logic for failed claims - [ ] Implement task priority evaluation - [ ] Add coordination messaging for task claims - [ ] **P2P Coordination for Task Claims** - [ ] Implement distributed task claiming protocol - [ ] Add conflict resolution when multiple agents claim same task - [ ] Enhance availability broadcasting with claimed task status ## Medium Priority - Core Functionality ### 3. Agent Work Execution - [ ] **Complete Work Capture Integration** - [ ] Modify bzzz agents to actually submit work to mock API endpoints - [ ] Test prompt logging with Ollama models - [ ] Verify meta-thinking tool utilization - [ ] Capture actual code generation and pull request content - [ ] **Ollama Model Integration Testing** - [ ] Verify agent prompts are reaching Ollama endpoints - [ ] Test meta-thinking capabilities with local models - [ ] Document model performance with coordination tasks - [ ] Optimize prompt engineering for coordination scenarios ### 4. Real Coordination Scenarios - [ ] **Cross-Repository Dependency Testing** - [ ] Create realistic dependency scenarios between repositories - [ ] Test antennae framework with actual dependency conflicts - [ ] Verify coordination session creation and resolution - [ ] **Multi-Agent Task Coordination** - [ ] Test scenarios with multiple agents working on related tasks - [ ] Verify conflict detection and resolution - [ ] Test consensus mechanisms ### 5. Infrastructure Improvements - [ ] **Docker Overlay Network Issues** - [ ] Debug connectivity issues between services - [ ] Optimize network performance for coordination messages - [ ] Ensure proper service discovery in swarm environment - [ ] **Enhanced Monitoring** - [ ] Add metrics collection for coordination performance - [ ] Implement alerting for coordination failures - [ ] Create historical coordination analytics ## Low Priority - Nice to Have ### 6. User Interface Enhancements - [ ] **Web-Based Coordination Dashboard** - [ ] Create web interface for monitoring coordination activity - [ ] Add visual representation of P2P network topology - [ ] Show task dependencies and coordination sessions - [ ] **Enhanced CLI Tools** - [ ] Add bzzz CLI commands for manual task management - [ ] Create debugging tools for coordination issues - [ ] Add configuration management utilities ### 7. Documentation and Testing - [ ] **Comprehensive Documentation** - [ ] Document P2P coordination protocols - [ ] Create deployment guides for new environments - [ ] Add troubleshooting documentation - [ ] **Automated Testing Suite** - [ ] Create integration tests for coordination scenarios - [ ] Add performance benchmarks - [ ] Implement continuous testing pipeline ### 8. Advanced Features - [ ] **Dynamic Agent Capabilities** - [ ] Allow agents to learn and adapt capabilities - [ ] Implement capability evolution based on task history - [ ] Add skill-based task routing - [ ] **Advanced Coordination Algorithms** - [ ] Implement more sophisticated consensus mechanisms - [ ] Add economic models for task allocation - [ ] Create coordination learning from historical data ## Technical Debt and Maintenance ### 9. Code Quality Improvements - [ ] **Error Handling Enhancement** - [ ] Improve error reporting in coordination failures - [ ] Add graceful degradation for network issues - [ ] Implement proper logging throughout the system - [ ] **Performance Optimization** - [ ] Profile P2P message overhead - [ ] Optimize database queries for task discovery - [ ] Improve coordination session efficiency ### 10. Security Enhancements - [ ] **Agent Authentication** - [ ] Implement proper agent identity verification - [ ] Add authorization for task claims - [ ] Secure coordination message exchange - [ ] **Repository Access Security** - [ ] Audit GitHub/Git access patterns - [ ] Implement least-privilege access principles - [ ] Add credential rotation mechanisms ## Immediate Next Steps (This Week) 1. **Deploy Local GitLab/Gitea** - Resolve repository access issues 2. **Enhance Task Claim Logic** - Make agents actively discover and claim tasks 3. **Test Real Coordination** - Verify agents actually perform work on local repositories 4. **Debug Network Issues** - Ensure all components communicate properly ## Dependencies and Blockers - **Local Git Hosting**: Blocks real task testing and agent work verification - **Task Claim Logic**: Blocks agent activation and coordination testing - **Network Issues**: May impact agent communication and coordination ## Success Metrics - [ ] Agents successfully discover and claim tasks from local repositories - [ ] Real code generation and pull request creation captured - [ ] Cross-repository coordination sessions functioning - [ ] Multiple agents coordinating on dependent tasks - [ ] Ollama models successfully utilized for meta-thinking - [ ] Performance metrics showing sub-second coordination response times