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Development of a Rapid COVID-19 Tracking and Contact Tracing Mobile Platform
  1. case
  2. Development of a Rapid COVID-19 Tracking and Contact Tracing Mobile Platform

Development of a Rapid COVID-19 Tracking and Contact Tracing Mobile Platform

tallium.com
Medical
Government
Public Health
Healthcare Technology

Identifying the Need for a Fast and Effective Disease Monitoring Solution

In the context of a global health crisis, the client faces urgent requirements to develop a comprehensive mobile application capable of enabling authorities to track infection levels, assess individual health risks, and prevent new outbreaks within a limited timeframe—specifically, deploying a fully functional system within two months to stay ahead of the spread of infectious diseases.

About the Client

A governmental health authority or large healthcare organization aiming to monitor, control, and prevent disease outbreaks through digital solutions.

Goals for Accelerated Disease Management and Outbreak Prevention Platform

  • Develop a cross-platform mobile application (iOS and Android) integrated with remote backend systems for real-time health data processing.
  • Implement secure user authentication, including registration, OTP verification, and password recovery.
  • Create a user profile system featuring health history, symptom tracking, and QR code generation for health status and visit history.
  • Design a dynamic dashboard displaying COVID-19 severity levels, individual risk status, and real-time updates.
  • Integrate geospatial heatmaps showing crowded public places to advise users on safer visitation.
  • Enable Bluetooth-based contact tracing through device scanning to determine close contacts during infection periods.
  • Establish seamless API integration with health authority backend systems and third-party data sources.

Core Functional Capabilities for Disease Monitoring and Contact Tracing

  • User authentication with registration, OTP verification, and password recovery
  • Personal health profile with illness history, symptom tracking, and QR code generation
  • Main dashboard displaying health status updates, real-time COVID severity maps, and notifications
  • Interactive heatmap indicating crowded public areas and hotspots
  • Bluetooth scanning for proximity detection and contact logging during infectious periods
  • Secure API integration with health data systems and third-party mapping services

Technology Stack Preferences for Rapid Development

Cross-platform mobile development frameworks (e.g., React Native, Flutter)
RESTful API architecture with continuous integration
Neural network-based data processing for severity assessment
Bluetooth Low Energy (BLE) for contact tracing
Geolocation and mapping services (e.g., Yandex.Maps, Google Maps)
Cloud services for backend hosting and data storage (e.g., Azure, AWS)

External System Integrations for Comprehensive Data Management

  • Health authority backend database systems for health records and case updates
  • Third-party mapping and geolocation services for visualizations
  • Payment gateways if applicable for related health services or certifications

Critical System Performance and Security Requirements

  • High scalability to support thousands of concurrent users during outbreak spikes
  • Real-time data processing and updates within seconds
  • Data security and user privacy compliance (e.g., GDPR, local regulations)
  • System availability of 99.9% uptime
  • Robust Bluetooth contact logging with minimal battery consumption

Anticipated Benefits and Impact of the Contact Tracing Platform

The new platform aims to significantly enhance disease outbreak control by enabling rapid deployment of contact tracing and health monitoring tools. It would provide real-time insights into infection hotspots, facilitate quicker containment measures, and improve public health response efficiency. The expected outcomes include accelerated detection of infection clusters, reduced transmission rates, and improved compliance with health guidelines, ultimately aiding authorities in managing public health crises more effectively.

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