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Imagine a world where AI actively monitors your environment, detecting fire, smoke, pollution, and wildlife hazards in real time. EnviroGuard AI combines computer vision, IoT sensors, and AI-driven insights to provide instant alerts and natural language interaction.

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EnviroGuard AI - Real-time Hazard Detection & AI Assistant

🌍 Overview

EnviroGuard AI is an advanced real-time environmental monitoring system that leverages computer vision, AI, and IoT sensors to detect hazards like fire, smoke, pollution, and wildlife intrusions. It also features interactive AI-driven insights via natural language processing, making it a powerful tool for smart cities, industrial safety, and environmental conservation.

🚀 Features

  • 🔥 Real-time hazard detection (fire, smoke, air quality, wildlife recognition)
  • 🤖 AI-powered Q&A (Ask about environmental conditions, pollution levels, etc.)
  • 🎙 Voice alerts & interaction (STT & TTS for accessibility)
  • 🌡 IoT sensor integration (Air quality, temperature, gas sensors)
  • 📊 Historical data analysis (Track environmental changes over time)
  • 🌐 Web & mobile-friendly interface (For easy access & monitoring)

🛠 Technology Stack

Component Technology Used
Computer Vision OpenCV, YOLO, ViT, TensorFlow/PyTorch
AI & NLP LangChain, Gemini AI
Voice Processing gTTS, Whisper
IoT Integration MQTT, Raspberry Pi, NodeMCU
Web/Mobile Interface Gradio, Streamlit, FastAPI
Cloud & Storage AWS, Firebase, GCP

📌 Installation

  1. Clone the repository:

    git clone https://github.com/yourusername/EnviroGuard-AI.git
    cd EnviroGuard-AI
  2. Install dependencies:

    pip install -r requirements.txt
  3. Run the application:

    python main.py

🏗 System Architecture

  1. Input Sources:

    • Video feeds (CCTV, drones, mobile cameras)
    • IoT sensors (air quality, temperature, gas detection)
    • User queries (text/voice interactions)
  2. Processing Modules:

    • Computer Vision Models for hazard detection
    • AI-powered Q&A using LangChain & Gemini AI
    • Sensor Fusion to combine vision & IoT data
  3. Output & Alerts:

    • Web Dashboard & Mobile App for real-time monitoring
    • Voice & text-based alerts for hazards
    • Geospatial hazard mapping for visualization

🔥 Use Cases

  • Smart Cities: Automated environmental monitoring & emergency alerts
  • Industrial Safety: Fire & pollution detection in factories & plants
  • Wildlife Conservation: Detecting endangered species & intrusions
  • Public Health: Real-time air quality tracking & pollution insights

⚡ Challenges & Solutions

  • Latency in detection: Optimized AI models for faster processing
  • Multi-modal data fusion: Seamless integration of video, sensors, and NLP
  • Deployment on Edge Devices: Lightweight models for Raspberry Pi/Jetson Nano

🚧 Roadmap

  • ✅ Wildlife detection enhancement using YOLOv8
  • 🔜 Mobile app deployment for remote monitoring
  • 🔜 AI-driven preventive hazard alerts

📜 License

This project is licensed under the MIT License.

Deplpyment

https://www.veed.io/view/f291da0b-059b-4313-8b44-674f527c3509?panel=share

📬 Contact

For questions, suggestions, or collaborations, reach out:


🚀 EnviroGuard AI - Smart Vision for a Safer Planet

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Imagine a world where AI actively monitors your environment, detecting fire, smoke, pollution, and wildlife hazards in real time. EnviroGuard AI combines computer vision, IoT sensors, and AI-driven insights to provide instant alerts and natural language interaction.

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