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Development of VR-Based DVT Prevention and Treatment System with Wearable Integration

effectivesoft.com

Medical

Healthcare

Information technology

Challenge in DVT Prevention and Treatment Accessibility

Current DVT prevention methods lack patient engagement and accessibility, particularly for high-risk patients requiring continuous monitoring. Existing solutions fail to combine neuromuscular stimulation with real-time biometric tracking in home care environments.

About the Client

A healthcare software development company specializing in digital therapeutics and medical technology solutions for preventative care and chronic condition management.

Objectives for VR-based DVT Prevention System

Develop an immersive VR game that stimulates calf muscles through NMES
Create wearable e-wrap with integrated biometric sensors for real-time monitoring
Enable remote patient monitoring for healthcare providers
Improve patient adherence to preventative care through gamification

Core Functional Requirements for VR Therapeutic System

Interactive VR game mechanics triggering muscle contractions
Neuromuscular electrical stimulation (NMES) integration
Biometric sensor data collection (heart rate, blood oxygen, muscle activity)
Real-time patient monitoring dashboard for clinicians
Cross-environment functionality (hospital and home use)

Target Technology Stack

Unreal Engine

Arduino

Microsoft Azure

MS SQL Server

Power BI

Python

.NET

Required System Integrations

Wearable biometric sensors
Electronic health record (EHR) systems
Remote monitoring platforms
Patient data analytics tools

Critical Non-Functional Requirements

Medical device data security (HIPAA compliance)
Real-time processing of biometric data
Scalable cloud infrastructure for patient monitoring
Device interoperability across healthcare systems
High reliability for medical-grade applications

Expected Impact on Patient Outcomes and Healthcare Efficiency

The VR therapeutic system is projected to reduce DVT-related complications by 40% through proactive muscle activation and continuous monitoring. Gamification elements are expected to increase patient adherence to preventative protocols by 60%, while remote monitoring capabilities will reduce hospital readmission rates and associated healthcare costs.