This project implements a compact IoT solution to monitor indoor UV radiation levels in real time. A Raspberry Pi, integrated with a UV sensor and an ADC converter, captures radiation data and transmits it to a Firebase Realtime Database via HTTP. The data is then visualized on a live dashboard for remote access and monitoring.
- UV sensor measures radiation intensity
- ADC converts analog signals to digital data
- Raspberry Pi processes and sends data via HTTP
- Firebase updates the real-time dashboard
- Hardware: Raspberry Pi 3B+, UV Sensor - ML8511 , ADC Converter - ADS1115
- Software: Python, Firebase Realtime Database, HTTP Protocol
- Real-time UV monitoring
- Cloud-based data storage
- Live dashboard visualization
- Simple and scalable architecture
Suitable for smart environments and safety monitoring systems.
Enhancements may include multi-sensor integration and historical data analysis.
Developed for academic purposes.