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Development of Accessible Remote Patient Monitoring System for Disability-Focused Healthcare Provider
  1. case
  2. Development of Accessible Remote Patient Monitoring System for Disability-Focused Healthcare Provider

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Development of Accessible Remote Patient Monitoring System for Disability-Focused Healthcare Provider

jelvix.com
Medical
Health & Fitness
Information Technology

Business Challenges in Remote Patient Care for Individuals with Disabilities

The clinic requires a specialized telehealth platform to address: 1) Limited access to real-time patient data from wearable devices, 2) Inefficient clinical workflows causing administrative delays, 3) Scalability challenges in storing and managing continuous biometric data streams, 4) Security risks with sensitive patient information, and 5) Accessibility barriers for patients with physical/mental impairments requiring adaptive communication tools.

About the Client

Specialized healthcare provider offering tailored medical services to patients with mobility limitations through remote care delivery models

Key Objectives for Telehealth Solution Development

  • Reduce patient no-show rates through predictive scheduling
  • Enable personalized care plans based on real-time health data
  • Increase patient engagement through interactive monitoring tools
  • Implement early detection systems for health anomalies
  • Optimize clinical workflows with automated administrative tasks

Core System Functionalities for Remote Patient Monitoring

  • Real-time biometric data collection from wearable devices
  • Secure messaging with adaptive communication interfaces
  • Automated workflow management for clinical staff
  • Intelligent data archiving and retrieval system
  • Multi-layered encryption with HIPAA compliance

Technology Stack Requirements

Cloud-based IoT platform (AWS/Azure)
End-to-end encryption protocols
Machine learning for predictive analytics
RESTful API architecture
Progressive Web Application (PWA) framework

System Integration Requirements

  • Wearable health device APIs
  • Electronic Health Record (EHR) systems
  • Telehealth video conferencing platforms
  • Patient appointment scheduling systems
  • Clinical decision support tools

Critical Non-Functional Requirements

  • 99.9% system uptime with horizontal scaling
  • Sub-second response times for critical alerts
  • Role-based access control (RBAC)
  • Automated data lifecycle management
  • WCAG 2.1 AA accessibility compliance

Expected Business Impact of Enhanced Telehealth Solution

Implementation of this solution is projected to reduce administrative workload by 25%, decrease patient no-show rates by 40%, enable early detection of 70% of critical health events, and improve patient satisfaction scores by 35% through personalized remote care capabilities while maintaining full regulatory compliance.

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