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Development of ISO/IEC 62304 Compliant Python-Based Diagnostic Software for Cancer Detection
  1. case
  2. Development of ISO/IEC 62304 Compliant Python-Based Diagnostic Software for Cancer Detection

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Development of ISO/IEC 62304 Compliant Python-Based Diagnostic Software for Cancer Detection

revolve.healthcare
Medical
Information technology
Software development

Regulatory Compliance and Software Modernization Challenge

Need to redevelop legacy MATLAB diagnostic scripts into a compliant, production-ready Python solution with automated testing and comprehensive documentation to meet ISO 13485, IEC 62304, and IVDR risk class C requirements while maintaining diagnostic accuracy.

About the Client

A scientific research group specializing in cancer diagnostics using photonics and machine learning technologies.

Key Development Goals

  • Translate MATLAB algorithms into production-grade Python code
  • Implement ISO/IEC 62304-compliant software development lifecycle processes
  • Create automated testing framework with 100% code coverage
  • Develop cross-device compatibility for multiple spectrometer brands
  • Establish lean documentation system aligned with medical device regulations

Core System Requirements

  • Multi-spectrometer data ingestion interface
  • Automated binary diagnostic result generation
  • Real-time data processing pipeline
  • Comprehensive audit trail system
  • Regulatory-compliant user authentication

Technology Stack

Python
Docker
FastAPI
Jira
Confluence

System Integrations

  • Laboratory spectrometer APIs
  • Client's Quality Management System (QMS)
  • Medical device regulatory documentation portals

Critical Non-Functional Requirements

  • ISO/IEC 62304:2006 compliance for medical device software
  • 99.9% system availability with Docker containerization
  • End-to-end encryption for patient data protection
  • Scalable architecture for future diagnostic modules
  • Real-time performance monitoring dashboard

Expected Business Impact

Enables early cancer detection with 95%+ accuracy through automated spectroscopy analysis, reducing diagnostic time by 70% while ensuring compliance with EU IVDR regulations. Creates foundation for commercial deployment across European healthcare institutions.

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