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Offline-Capable Integrated EMR and Surgical Planning System for Remote Medical Campaigns
  1. case
  2. Offline-Capable Integrated EMR and Surgical Planning System for Remote Medical Campaigns

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Offline-Capable Integrated EMR and Surgical Planning System for Remote Medical Campaigns

effectivesoft.com
Non-profit
Medical

Challenges in Remote Medical Data Management

Existing EMR system suffered from month-long synchronization delays, frequent data loss, and lack of offline functionality. Inability to maintain comprehensive patient records across multiple caregivers or track medical inventory effectively during offsite campaigns.

About the Client

Nonprofit organization providing orthopedic and surgical care in remote Peruvian Amazon regions through periodic medical missions

Key Project Goals

  • Develop offline-first EMR system with seamless synchronization capabilities
  • Create integrated surgical planning and inventory management modules
  • Ensure secure multi-user collaboration across remote locations
  • Implement comprehensive patient record management with multimedia support

Core System Requirements

  • Offline EMR access with automatic sync upon network availability
  • Multi-provider patient record management (diagnostics, prescriptions, imaging)
  • Inventory tracking with relocation and usage reporting
  • Drag-and-drop surgical scheduling with operating room management
  • Equipment pick list generation for surgical procedures
  • PIN-based secure authentication across devices
  • Centralized data aggregation via local server-cloud architecture

Technology Stack

C#
TypeScript
Angular 8
MSSQL Server
PostgreSQL
Express
Entity Framework Core

System Integrations

  • Cloud storage synchronization (AWS/Azure)
  • Wireless network discovery protocol
  • Medical imaging equipment interfaces
  • Inventory RFID/Barcode systems

Non-Functional Requirements

  • Offline-first architecture with conflict-free synchronization
  • HIPAA-compliant data security
  • Multi-user real-time collaboration
  • Low-bandwidth optimization
  • Scalable server architecture for campaign spikes

Expected Operational Improvements

Enables real-time medical data access in disconnected environments, reduces administrative overhead through automated synchronization, improves surgical planning efficiency by 40%, and provides complete inventory visibility to optimize resource allocation during remote campaigns.

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