NutriDetect is an AI + IoT based smart system Hardware part is currently under development to analyze:
- Fruit/Vegetable type
- Freshness level
- Organic vs Inorganic status
- Nutrition insights
The goal of this project is to use hardware sensors and machine learning models to provide real-time food quality analysis for consumers and businesses.
⚠ Note: Hardware integration and real-time sensing phase is in progress.
- Image based food detection
- Analysis by using Gas Sensor/Spectroscopy sensor
- Ethylene gas freshness detection
- ESP32 real-time data collection
- Web dashboard for results
- ESP32
- Spectroscopy Sensor/Gas Sensor
- Ethylene Gas Sensor
- OLED Display
- Python
- TensorFlow
- OpenCV
- HTML, CSS, JavaScript
- Flask / FastAPI
- User will place fruit/vegetable near sensors.
- Sensors will capture spectral & gas data.
- Data will be sent to ML model.
- Model will predict quality & nutrition.
- Results will be displayed on dashboard.
- Smart grocery stores
- Farmer quality check
- Food safety labs
- Health & nutrition applications
- Phase 1: System design & architecture ✅
- Phase 2: Hardware integration ⏳ (ongoing)
- Phase 3: ML model training ⏳ (planned)
- Phase 4: Web & mobile dashboard ⏳ (planned)
Mohammed Sameer
BCA Student | AI + IoT Enthusiast
MIT License