Hazard Detection and Monitoring System
A ESP32 board based system to detect fire, gas leakage and earthquake and send alerts to the user via Telegram integration.
Project Overview
This is an advanced IoT-based hazard detection and monitoring system built using ESP32 microcontroller. The system is designed to detect multiple types of hazards including fire, gas leakage, and earthquakes, providing real-time alerts through Telegram integration.
Key Features
- Hazard Detection: Simultaneous monitoring of fire, gas leaks, and seismic activity
- Real-time Alerts: Instant notifications via Telegram bot integration
- IoT Connectivity: WiFi-enabled for remote monitoring and control
- Sensor Integration: Multiple sensors for comprehensive hazard detection
- Emergency Response: Automated alert system for quick response
Technical Implementation
The system utilizes:
- ESP32 Microcontroller: Main processing unit with built-in WiFi
- Fire Detection: Flame sensors and temperature monitoring
- Gas Detection: MQ series gas sensors for various gas types
- Earthquake Detection: Accelerometer/vibration sensors
- Telegram Bot API: For sending alerts and receiving commands
System Architecture
- Sensor Layer: Multiple sensors for different hazard types
- Processing Layer: ESP32 for data processing and decision making
- Communication Layer: WiFi connectivity for internet access
- Alert Layer: Telegram integration for user notifications
- Power Management: Efficient power usage for continuous operation
Team Collaboration
This project was developed as a team effort with:
- Hardware design and sensor integration
- Software development and API integration
- Testing and calibration
- Documentation and presentation
Learning Outcomes
- IoT system design and implementation
- Sensor interfacing and calibration
- API integration and web services
- Real-time communication systems
- Team collaboration and project management