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Development of a Modular eHealth Platform with Market Expansion Capabilities
  1. case
  2. Development of a Modular eHealth Platform with Market Expansion Capabilities

Development of a Modular eHealth Platform with Market Expansion Capabilities

edvantis.com
Medical

Healthcare Software Scalability and Market Expansion Challenges

The client faces increasing demand to expand their existing healthcare management platform to support additional features, integrate with new medical device formats, and enter new regional markets such as Switzerland. They require a scalable, secure, and flexible architecture capable of handling complex medical workflows, seamless data processing from various medical devices, and integration with third-party modules, all while ensuring compliance with regional data protection standards.

About the Client

A large healthcare software provider seeking to enhance and expand its digital healthcare ecosystem, integrating third-party modules and complying with regional healthcare standards.

Goals for Enhancing and Scaling the Digital Healthcare Ecosystem

  • Rapidly scale the software development capacity to accelerate feature delivery.
  • Develop and deploy new healthcare modules tailored for specific regional markets, including Switzerland.
  • Transform the core platform into an extensible eHealth marketplace supporting third-party module integration.
  • Ensure high-quality, secure handling of patient data and medical device data processing.
  • Achieve significant user base growth in target markets, enhancing platform adoption and satisfaction.

Core Functional Requirements for the eHealth Platform

  • Secure patient data storage and exchange mechanisms compliant with regional privacy laws.
  • Appointment scheduling and patient management modules.
  • Electronic healthcare records management system.
  • Online patient portal with access to health information and services.
  • Integrated payment processing system.
  • Advanced patient relationship management (CRM).
  • Telemedicine module supporting remote consultations.
  • Digital prescription support system.
  • Hybrid cloud architecture combining secure local storage with cloud capabilities.
  • Extensions for processing medical data from devices such as pacemakers and medical imaging formats like DICOM.
  • Support for third-party module integration to build an open healthcare ecosystem.

Preferred Technologies and Architectural Approaches

Modern JavaScript frameworks (e.g., React, Vue)
Node.js for backend services
Containerization with Docker
In-memory data caching with Redis
NoSQL databases such as MongoDB

External System and Device Integrations

  • Medical device data processing systems (e.g., from pacemakers and other medtech devices)
  • Medical imaging systems compatible with DICOM standards
  • Payment gateways and billing systems
  • Third-party healthcare modules and services

Key Non-Functional System Requirements

  • Scalable architecture to support a growing user base and data volume.
  • Robust security measures ensuring data privacy and compliance with healthcare standards.
  • High system availability and performance to support real-time healthcare operations.
  • Extensible architecture to facilitate third-party module integration.
  • Compliance with relevant regional healthcare regulations, particularly data protection laws.

Projected Business Benefits and Impact

The new eHealth platform is expected to significantly enhance healthcare provider operational efficiency, facilitate rapid market entry in regions like Switzerland, support the integration of medical device data, and extend platform capabilities through third-party modules. These improvements aim to increase user adoption, improve patient care quality, and expand the client’s market share in digital healthcare solutions.

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