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An advanced desktop-based smoke detection system using computer vision and a modern PyQt6 GUI. Designed with scalable architecture, real-time monitoring, and production-ready modular structure. Suitable for smart buildings, warehouses, offices, and IoT integration projects.
This repository contains the code and documentation for a Smart Room Automation System built with Arduino. Features include secure password-protected door access, occupancy-based lighting, and prioritized smoke detection with an exhaust fan. Simulated in Tinker Cad.
FANS (Fire Alarm Notification System) is a distributed fire detection and emergency notification system built for the SYSC3010 Computer Systems Development project course.
ESP32-based Fire & Smoke Detection System using Flame Sensor, MQ-2, DHT11, Blynk IoT, and a Python serial listener for automatic image capture on fire detection.
The MVP provides automated fire risk assessment by extracting wildfire indicators—such as smoke, flame patterns, and thermal anomalies—from imagery, and presenting them in structured natural language analysis.
Smart fire and smoke detection using YOLO on a Raspberry Pi with IoT integration. The system identifies fire and smoke from images, achieving 90.2% accuracy for fires and 85.7% for smoke. Demonstrates the power of machine learning and automation in real-time safety monitoring.