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Population Health Management Platform Modernization and SaaS Development
  1. case
  2. Population Health Management Platform Modernization and SaaS Development

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Population Health Management Platform Modernization and SaaS Development

nix-united.com
Medical
Information technology
Health & Fitness

Legacy System Limitations and Modernization Challenges

The client's legacy PHM platform suffered from outdated technology stack limitations, poor multitenancy capabilities, data observability issues, and security vulnerabilities. The monolithic architecture hindered scalability and integration with modern healthcare systems, while differing authentication mechanisms between legacy and new platforms created user experience challenges.

About the Client

Healthcare technology company providing population health management solutions through data analytics and clinical decision support systems

Strategic Modernization Goals

  • Modernize legacy PHM platform with microservices architecture
  • Develop new SaaS-based PHM platform from scratch
  • Implement multitenancy with centralized infrastructure
  • Enhance data processing capabilities with HL7 FHIR standards
  • Improve security through centralized credential management
  • Enable seamless user transition between legacy and new platforms

Core System Capabilities

  • Comprehensive data aggregation from 250+ healthcare sources
  • Interactive analytics dashboards with care gap visualization
  • Automated personalized care plan generation
  • Social determinants of health (SDoH) tracking module
  • Evidence-based clinical decision support system
  • Micro frontend architecture for tenant-specific customization

Technology Stack Requirements

AWS cloud infrastructure
Golang and Java microservices
React/Angular frontend frameworks
Kubernetes container orchestration
Kong API Gateway
HL7 FHIR data standards

System Integration Needs

  • Electronic Health Record (EHR) systems
  • Insurance claims databases
  • Social determinant data sources
  • Single sign-on (SSO) providers
  • Medical device data interfaces

Operational Requirements

  • High-availability architecture with 99.99% uptime
  • HIPAA-compliant data security measures
  • Horizontal scaling for 10x user growth
  • Real-time monitoring with observability stack
  • Role-based access control (RBAC) for multitenancy

Business Transformation Outcomes

The modernized platform is projected to quadruple client capacity within 18 months, reduce system downtime by 95%, and improve clinical decision-making efficiency by 60%. Enhanced data analytics capabilities will enable proactive care management, resulting in 30% faster identification of population health trends and 40% improved care gap resolution rates.

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