A scalable, IoT-driven platform for efficient waste management that integrates smart bins, GPS-enabled trucks, cameras/sensors, AI-driven monitoring, citizen engagement apps, and backend analytics to enable cleaner, smarter cities.
- IoT Integration: Smart bins, cameras, and GPS-enabled trucks.
- Citizen & Worker Apps: Mobile/web apps for reporting, tracking, and engagement.
- Authority Dashboard: Real-time monitoring, compliance tracking, and decision support.
- AI & Analytics: Waste classification, anomaly detection, and optimized routes.
- Rewards & Training: Incentives for compliance and gamified citizen participation.
- Scalable Cloud Backend: Centralized monitoring, analytics, and external facility integration.
- IoT Devices & Edge → Smart bins, trucks, sensors.
- Communication Layer → IoT Gateway, REST/GraphQL APIs.
- Backend Cloud → App server, monitoring & analytics, database, rewards & training modules.
- Frontend Layer → Citizen mobile/web app, worker app, authority dashboard.
- External Facilities → Recycling centers, scrap shops, waste-to-energy plants.
- Next.js (React-based framework)
- TypeScript
- TailwindCSS for UI styling
- Node.js + Express.js
- GraphQL / REST APIs
- MongoDB / PostgreSQL (flexible for deployment needs)
- Arduino / Raspberry Pi for edge devices
- TensorFlow / PyTorch for AI-based waste classification
- OpenCV for image analysis
- Docker for containerization
- Kubernetes (optional for scaling)
- AWS / GCP / Azure for hosting, storage, and monitoring
- Clone the Repository
git clone https://github.com/your-username/smart-waste-management.git cd smart-waste-management