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Development of a Sensor-Based Patient Monitoring and Reporting Platform for Chronic Disease Management
  1. case
  2. Development of a Sensor-Based Patient Monitoring and Reporting Platform for Chronic Disease Management

Development of a Sensor-Based Patient Monitoring and Reporting Platform for Chronic Disease Management

techwings.com
Medical
Information technology

Challenges in Remote Monitoring and Data Management for Chronic Disease Patients

Patients with chronic conditions require continuous monitoring to prevent complications, but current systems lack real-time data collection, comprehensive reporting, and seamless integration with healthcare providers. This results in delayed interventions and suboptimal patient outcomes.

About the Client

A mid-sized medical device company specializing in sensor-based health monitoring solutions aimed at chronic disease patients, seeking to enhance patient engagement and clinical oversight.

Goals for Developing a Robust Remote Monitoring and Reporting System

  • Implement a scalable web and desktop platform to collect, store, and display sensor data from patient devices.
  • Enable both patients and healthcare providers to access real-time and historical data through intuitive dashboards.
  • Generate detailed reports on patient activity, temperature, and pressure metrics to assist clinicians in decision-making.
  • Ensure secure, HIPAA-compliant data handling and storage.
  • Integrate sensor data seamlessly with external healthcare management systems.

Core Functional Capabilities for Sensor Data Monitoring and Reporting

  • Patient dashboard displaying real-time sensor data such as temperature, pressure, and movement metrics.
  • Clinician dashboard providing detailed reports including daily activity summaries, temperature variations, and pressure changes, with note-taking capabilities.
  • Data reporting module for generating and exporting detailed summaries for clinical review.
  • Secure data transmission and storage infrastructure supporting continuous sensor data ingestion.
  • User authentication and role-based access control to ensure privacy and data security.
  • Notification system alerting clinicians and patients of abnormal readings requiring attention.

Preferred Technologies and Architectural Patterns

Web Development Framework: Angular
Backend Framework: ASP.NET Core
Database: MS SQL Server
Containerization: Docker
Cloud Platform: Microsoft Azure
Desktop Application: Electron

Necessary External System Integrations

  • Sensor device APIs for real-time data ingestion
  • Electronic Health Record (EHR) systems for patient data synchronization
  • Notification and alerting services
  • Secure cloud storage services

Non-Functional System Requirements

  • Scalability to support increasing number of users and sensors
  • High performance with data processing latency under 2 seconds
  • Data security and compliance with healthcare privacy regulations (e.g., HIPAA)
  • Availability of at least 99.9% uptime
  • Responsive UI compatible with various devices and screen sizes

Potential Business Impact and Project Outcomes

This platform is expected to improve patient outcomes by enabling early detection of complications through continuous monitoring, reduce hospital readmissions, and streamline clinician workflows. The system aims to handle a growing user base efficiently, enhancing the company's market position in remote health monitoring solutions.

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