Aquila Vision

Aquila Vision is a web-based dashboard designed to monitor real-time data from smart bulletproof vests, particularly useful for military personnel or private security companies. The system allows for tracking vital signs, impact alerts, and location data, creating a safer environment for the wearer by facilitating remote monitoring and quick response.

Features

• Smart Bulletproof Vest Dashboard: Displays vest IDs and critical information such as heart rate, impact alerts, and location.
• Real-time Map Integration: Monitors the wearer's location with live updates on Google Maps.
• Stopwatch: Built-in stopwatch functionality for mission timing.
• Heart Rate Monitor: Tracks heart rate with an animated waveform and provides real-time alerts if abnormal readings are detected.
• Impact Detection: Alerts the user if a significant impact is detected on the vest.

Technologies Used

• HTML/CSS/JavaScript: Core web development technologies used to build the user interface.
• Google Maps API: For real-time location tracking and marker updates.
• Canvas API: For rendering a real-time heart rate waveform.
• Simulated Real-time Data: Updates include randomized location and heart rate data to mimic real-world functionality.

Project Structure

bash . ├── index.html # Main HTML file ├── index.css # Styling for the layout ├── menutab.css # Additional styling for the menu tab ├── index.js # Main JavaScript logic for the dashboard ├── images/ # Folder for image assets like logos and icons └── README.md # Project documentation

How to Use

1. Clone the repository: bash git clone https://github.com/username/aquila-vision.git

2. Open the index.html file in your preferred browser.

3. The dashboard will load with real-time simulated data. You can:

   • View the location and data of bulletproof vests.
   • Monitor heart rates and receive alerts for abnormal readings.
   • Track the wearer's location via the integrated Google Map.
   • Start the stopwatch for timing operations.

Future Enhancements

• Integration with actual hardware for real-time data.
• Improved UI/UX for enhanced usability.
• Backend support for data storage and retrieval.

Acknowledgements

• This project utilizes the Google Maps API for real-time location tracking.
• The UI and logic are designed for future integration with real-world military applications.