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Development of Next-Generation Embedded Software for Medical Devices with Enhanced Connectivity and Predictive Maintenance
  1. case
  2. Development of Next-Generation Embedded Software for Medical Devices with Enhanced Connectivity and Predictive Maintenance

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Development of Next-Generation Embedded Software for Medical Devices with Enhanced Connectivity and Predictive Maintenance

n-ix.com
Medical
Health & Fitness
Information technology

Business Challenges

The client needed to accelerate time-to-market for their MEDUCORE Standard² defibrillator while ensuring compliance with stringent medical device regulations. Key technical challenges included implementing secure telemetry, reducing device boot time to meet critical 10-second defibrillation requirements, resolving multithreaded data access issues, and enabling predictive maintenance capabilities without compromising system reliability.

About the Client

A leading medical technology company specializing in life-saving emergency equipment, including ventilators, defibrillators, and emergency systems, operating globally since 1874.

Project Goals

  • Expand development capacity through rapid team scaling
  • Accelerate firmware release cycles
  • Ensure compliance with medical standards (e.g., CE mark, EN 60601-2-27)
  • Implement secure telemetry and connectivity features
  • Optimize device boot performance for critical operations

Core System Functionalities

  • Secure communication protocol with telemetry server
  • Real-time ECG data transmission via Bluetooth/WiFi
  • Predictive maintenance system using service logs
  • Multithreaded data access management
  • PDF generation and telemedicine data sharing

Technology Stack

C++
Linux
Qt
Buildroot
WiFi
Bluetooth

System Integrations

  • Telemetry server
  • Bluetooth printers
  • WiFi networks

Non-Functional Requirements

  • 10-second boot time compliance for critical operations
  • Medical device regulatory compliance (CE, EN 1789, RTCA DO-160)
  • End-to-end data encryption
  • 24/7 system reliability
  • Scalable architecture for future enhancements

Expected Business Impact

Reduced time-to-market through rapid team scaling, enhanced device reliability via predictive maintenance, improved compliance with global medical standards, and strengthened competitive position in emergency medical equipment through advanced telematics capabilities. The solution will enable real-time clinical decision support through instant data sharing while maintaining 100% uptime for life-critical operations.

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