Inspiration
Emergencies require rapid response and real-time situational awareness. We wanted to create a solution that empowers frontline workers with AI-driven insights, geospatial tracking, and vital sign monitoring to enhance decision-making and save lives.
What it does
SentinelScope provides a real-time emergency monitoring platform with:
- Geospatial Tracking: Displays incidents, responders, and rescued individuals on an interactive map.
- Vital Sign Monitoring: Tracks heart rate, oxygen levels, temperature, and blood pressure in real time.
- Live Video Feed: Offers visual situational awareness through integrated camera feeds.
- AI-Powered Chat: Simulated chatbot for communication and assistance.
How we built it
- Tech Stack: Built using Dash, Dash Leaflet, Plotly, and OpenCV for seamless UI/UX.
- Data Processing: Simulated IoT sensor data is updated dynamically every second.
- Visualization: Interactive dashboards, real-time charts, and animated UI elements for an intuitive experience.
- Hardware Integration: Designed to support sensors, cameras, and Qualcomm RB3 for future real-world deployment.
Challenges we ran into
- Implementing real-time data updates while maintaining smooth performance.
- Creating a dynamic and responsive UI that works seamlessly across different devices.
- Ensuring the AI chatbot provides meaningful and context-aware interactions.
Accomplishments that we're proud of
- Successfully integrating multiple data streams (geospatial, vitals, video, and chat) into one cohesive platform.
- Designing an intuitive and professional UI with real-time interactivity.
- Laying the groundwork for real-world sensor and AI integrations in future iterations.
What we learned
- The importance of efficient real-time data handling for critical applications.
- How to optimize performance while managing multiple dynamic components.
- The potential of AI-driven insights in improving emergency response and crisis management.
What's next for SentinelScope
- Integration with real IoT devices for live health and environmental data.
- AI-powered predictive analytics for early emergency detection.
- AR-based visualization to enhance field operations.
- Cloud deployment for wider accessibility and scalability.
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