React Server Components represent the most significant architectural shift in React since hooks. By moving rendering logic to the server while maintaining React’s component model, RSC fundamentally changes how we think about data fetching, bundle sizes, and application performance. Introduction React Server Components (RSC) enable developers to build applications where components render on the server […]
Read more →Category: Architecture
FHIR Subscriptions: Building Real-Time Event-Driven Healthcare Apps
🏥 HEALTHCARE INTEROPERABILITY SERIES This article is part of a comprehensive series on healthcare data standards and interoperability. HL7 v2: The Messaging Standard That Powers Healthcare IT Building GDPR-Compliant FHIR APIs: A European Healthcare Guide EMR Modernization: Migrating from Legacy HL7 v2 to FHIR HL7 v3: Understanding RIM and Why v3 Failed to Replace v2 […]
Read more →International Patient Summary (IPS): Cross-Border Healthcare in the EU
The EU Cross-Border Healthcare Challenge EU eHealth Digital Service Infrastructure (eHDSI) IPS FHIR Bundle Structure Generating IPS in .NET Ireland’s Participation in eHDSI EU Member State Participation Standards and References Related Articles in This Series Conclusion
Read more →Getting Started with React and ViteJS: Enterprise-Grade Frontend Scaffolding Guide
Building modern React applications shouldn’t feel like wrestling with complex toolchains. Vite has fundamentally changed how we approach frontend development, offering lightning-fast builds and an exceptional developer experience that enterprise teams are increasingly adopting. Introduction This guide walks you through setting up a production-ready React application using Vite as your build tool. We’ll cover project […]
Read more →HL7 v3: Understanding RIM and Why v3 Failed to Replace v2
Executive Summary HL7 v3 was designed in the 1990s as the successor to HL7 v2, promising a rigorous, model-driven approach based on the Reference Information Model (RIM). Despite 20+ years of development and standardization, v3 never achieved widespread adoption. Understanding why v3 failed—and where it still matters—is crucial for architects navigating healthcare interoperability standards. 🏥 […]
Read more →EMR Modernization: Migrating from Legacy HL7 v2 to FHIR
Executive Summary Migrating from HL7 v2 to FHIR is one of the most critical modernization challenges facing healthcare IT. With billions of HL7 v2 messages processed daily across hospital EMRs, the transition requires careful planning using proven patterns like Strangler Fig, FHIR Facade, and Dual-Write strategies. 🏥 HEALTHCARE INTEROPERABILITY SERIES This article is part of […]
Read more →