initial project setup

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+# LabFusion Development Progress
+
+## Project Overview
+LabFusion is a unified dashboard and integration hub for homelab services, built with a polyglot microservices architecture.
+
+## Architecture Decisions
+- **Modular Services**: Each service is independently deployable
+- **Polyglot**: Services can use different languages (Java, Python, Go, Node.js)
+- **Message Bus**: Redis for inter-service communication
+- **Database**: PostgreSQL for persistent data
+- **Containerization**: Docker for all services
+
+## Completed Tasks ✅
+
+### Phase 1: Project Structure & Foundation
+- [x] **Project Structure Setup** (2024-11-09)
+  - Created modular `services/` directory structure
+  - Moved from `backend/` to `services/` for better modularity
+  - Each service has its own directory with independent Docker setup
+
+- [x] **API Gateway Service** (2024-11-09)
+  - Java Spring Boot application
+  - JPA entities for User, Dashboard, Widget, Event, DeviceState
+  - REST controllers for dashboard management
+  - PostgreSQL integration
+  - Redis message bus support
+  - JWT authentication framework
+
+- [x] **Service Adapters** (2024-11-09)
+  - Python FastAPI application
+  - Integration endpoints for Home Assistant, Frigate, Immich, n8n
+  - Redis event publishing
+  - Configurable service connections
+  - Mock data for development
+
+- [x] **Frontend Dashboard** (2024-11-09)
+  - React application with Ant Design
+  - System metrics visualization
+  - Service status monitoring
+  - Settings configuration
+  - Responsive design
+
+- [x] **Infrastructure Setup** (2024-11-09)
+  - Docker Compose for production and development
+  - PostgreSQL database configuration
+  - Redis message bus setup
+  - Environment configuration templates
+
+- [x] **Documentation** (2024-11-09)
+  - Comprehensive README with setup instructions
+  - Service-specific README files
+  - Progress tracking document
+  - Updated project structure documentation
+
+## Current Status 🚧
+
+### Services Directory Structure
+```
+services/
+├── api-gateway/          # Java Spring Boot (Port 8080) ✅
+├── service-adapters/     # Python FastAPI (Port 8000) ✅
+├── metrics-collector/    # Go service (Port 8081) 🚧
+└── notification-service/ # Node.js service (Port 8082) 🚧
+```
+
+### Infrastructure
+- **Database**: PostgreSQL (Port 5432) ✅
+- **Message Bus**: Redis (Port 6379) ✅
+- **Frontend**: React (Port 3000) ✅
+- **Containerization**: Docker Compose ✅
+
+## Next Steps 🎯
+
+### Phase 2: Service Implementation
+- [ ] **Metrics Collector Service** (Go)
+  - Implement Docker API integration
+  - Add Prometheus metrics collection
+  - Create Redis publishing mechanism
+  - Add configuration management
+
+- [ ] **Notification Service** (Node.js/TypeScript)
+  - Implement notification channels (email, webhook, push)
+  - Create alert rule engine
+  - Add notification preferences
+  - Integrate with Redis for event processing
+
+### Phase 3: Real Service Integrations
+- [ ] **Home Assistant Integration**
+  - Implement actual HA API calls
+  - Add WebSocket support for real-time updates
+  - Create entity state synchronization
+
+- [ ] **Frigate Integration**
+  - Implement Frigate API integration
+  - Add event processing and filtering
+  - Create detection timeline visualization
+
+- [ ] **Immich Integration**
+  - Implement Immich API calls
+  - Add photo metadata processing
+  - Create asset management features
+
+### Phase 4: Advanced Features
+- [ ] **Real-time Updates**
+  - WebSocket implementation for live data
+  - Event streaming from Redis
+  - Frontend real-time UI updates
+
+- [ ] **Data Correlation Engine**
+  - Cross-service event correlation
+  - Timeline analysis
+  - Pattern detection
+
+- [ ] **Authentication & Security**
+  - JWT token implementation
+  - User management
+  - Role-based access control
+
+### Phase 5: Production Readiness
+- [ ] **Monitoring & Logging**
+  - Centralized logging
+  - Health checks
+  - Performance monitoring
+
+- [ ] **CI/CD Pipeline**
+  - GitHub Actions setup
+  - Automated testing
+  - Deployment automation
+
+- [ ] **Kubernetes Migration**
+  - Helm charts
+  - Kubernetes manifests
+  - Production deployment
+
+## Development Notes
+
+### Service Independence
+Each service is designed to be:
+- Independently deployable
+- Language-agnostic
+- Self-contained with its own dependencies
+- Communicating via Redis message bus
+
+### Future Service Additions
+The modular structure allows for easy addition of new services:
+- **Data Processing Service** (Rust) - For heavy data processing
+- **ML Service** (Python) - For machine learning features
+- **API Gateway v2** (Go) - For high-performance routing
+- **Cache Service** (C++) - For high-performance caching
+
+## Technical Debt
+- [ ] Add comprehensive error handling
+- [ ] Implement proper logging across all services
+- [ ] Add unit and integration tests
+- [ ] Create API documentation with OpenAPI/Swagger
+- [ ] Add health check endpoints for all services
+
+## Resources
+- [Project Specifications](specs.md)
+- [Project Structure](structure.txt)
+- [Main README](../README.md)