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MediGuard AI - Real-time Patient Vital Monitoring System

By Mohammed Sahim,MAZIN MH IoT
MediGuard AI - Real-time Patient Vital Monitoring System
IoT

MediGuard AI - Real-time Patient Vital Monitoring System

Inspiration

Healthcare facilities face a critical challenge where 65% of preventable deaths occur due to delayed response to patient vital sign deterioration. Manual monitoring systems miss early warning signs, and traditional databases cannot handle high-frequency medical IoT data effectively.

What it does

MediGuard AI monitors patient vital signs in real-time and uses machine learning to detect anomalies and predict patient deterioration 5-10 minutes before critical events. It provides healthcare staff with a dashboard showing all patients, active alerts, and vital sign trends.

How we built it

We designed a three-tier architecture:

  1. IoT data ingestion layer
  2. FastAPI backend with GridDB Cloud integration for time-series data storage
  3. React frontend for visualization

The ML component uses the Isolation Forest algorithm for anomaly detection combined with statistical rule-based checks.

Challenges we ran into

  • Designing an efficient data model for high-frequency time-series vital signs data.
  • Implementing real-time anomaly detection with low latency.
  • Creating a responsive dashboard that updates every 2 seconds without performance degradation.

Accomplishments that we’re proud of

  • Successfully integrated GridDB Cloud’s time-series optimization to handle 300+ writes per second.
  • Achieved sub-second query response times for patient history retrieval.
  • Implemented a multi-layered anomaly detection system that combines statistical and ML approaches.

What we learned

  • Understanding GridDB’s time-series container optimization.
  • Implementing efficient real-time data streaming with WebSocket.
  • Balancing between immediate rule-based alerts and predictive ML-based warnings for medical applications.

What’s next for MediGuard AI

  • Integration with real medical devices via HL7/FHIR standards.
  • Implementation of LSTM networks for advanced time-series prediction.
  • Development of mobile applications for healthcare staff.
  • Achieving HIPAA compliance for production deployment.

Built With

fastapi, griddb-cloud, numpy, pandas, python, react, scikit-learn, tailwindcss, typescript, websocket

Submitted to

GridDB Cloud IoT Hackathon

Created by

Team Members: Mohammed Sahim,MAZIN MH