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Development of Enhanced Mobile Application for Physiological Monitoring and Biofeedback Integration
  1. case
  2. Development of Enhanced Mobile Application for Physiological Monitoring and Biofeedback Integration

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Development of Enhanced Mobile Application for Physiological Monitoring and Biofeedback Integration

gloriumtech.com
Medical
Health & Fitness
Information technology

Challenges in Advanced Physiological Monitoring Integration

Existing mobile application required enhancement to seamlessly integrate specialized sensor technologies (biofeedback, neurofeedback, HRV, EMG) while maintaining user-friendly diagnostic reporting. Needed to improve engagement through gamification and simplify complex physiological data visualization for both clinicians and patients.

About the Client

Global leader in biofeedback, neurofeedback, and physiological instrumentation for therapeutic and clinical applications

Key Objectives for Application Enhancement

  • Integrate multi-modal physiological sensors via BLE protocol
  • Develop intuitive self-regulation training interfaces
  • Implement robust reporting systems for clinical diagnostics
  • Enhance user engagement through gamified training modules
  • Ensure cross-platform compatibility (Android/iOS) with hardware synchronization

Core Functional Requirements

  • Dual calendar system (monthly/weekly) for training scheduling
  • Gamified self-regulation training modules
  • Daily diary with physiological data correlation
  • Automated report generation with visual analytics
  • Real-time sensor data visualization dashboard
  • Progress tracking with performance incentives

Technology Stack Requirements

Kotlin
Android Room
iOS Swift
Java

System Integration Requirements

  • BLE protocol for sensor connectivity
  • sEMG-triggered stimulation device integration
  • Cloud storage for medical records compliance
  • Third-party health data APIs (e.g., Apple Health, Google Fit)

Non-Functional Requirements

  • Medical-grade data accuracy (±5% tolerance)
  • Real-time processing latency <100ms
  • HIPAA/GDPR compliance for health data
  • Battery-efficient sensor communication
  • Multi-user role access control (clinician/patient)

Anticipated Business Impact

Enables healthcare professionals to deliver personalized biofeedback therapy with enhanced diagnostic capabilities, improving patient outcomes for stress-related disorders and rehabilitation programs. Mobile integration increases treatment accessibility while gamification features improve therapy adherence rates by 40% according to clinical studies.

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