1 / 9

How to Architect RESTful FHIR APIs for Real‑Time Telehealth‑EHR Integration (1)

When it comes to real-time Telehealth-EHR integration, there's no room for error. <br><br>Health systems and digital health platforms rely on seamless, secure data exchange, and FHIR is the standard leading that transformation.<br><br>Here is how you can design high-performance RESTful FHIR APIs for integrating EHR and Telehealth:

sundramvozo
Download Presentation

How to Architect RESTful FHIR APIs for Real‑Time Telehealth‑EHR Integration (1)

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. EHR - Telehealth Integration How to Architect RESTful FHIR APIs for Real‑Time Telehealth‑EHR Integration

  2. 1/7 Resource Modeling Define FHIR resources to represent clinical entities like Patient and Observation. Use standardized resource profiles to ensure consistency. Align resource structure with telehealth workflows to enable predictable data exchange. Resource modeling simplifies API design and promotes interoperability across EHR systems.

  3. 2/7 Endpoint Design Structure RESTful endpoints following FHIR conventions such as /[resourceType]/[id] and search interactions. Ensure support for CRUD, search, and transaction bundles. Group related operations logically to reduce complexity and simplify maintenance. A consistent endpoint design improves developer onboarding and integration reliability.

  4. 3/7 Data Validation Implement server-side validation for all incoming FHIR payloads against profiles and terminology. Reject or flag non-conforming resources with clear error messages. Real-time telehealth workflows depend on high- quality data, so validation protects against corruption and ensures clinical data integrity and consistency.

  5. 4/7 Authentication Mechanisms Secure FHIR APIs using OAuth 2.0 and the SMART on FHIR launch framework. Enforce TLS for all communications. Implement fine-grained scopes to restrict resource and operation access. Proper authentication and transport security protect patient data privacy during telehealth-EHR interactions and compliance.

  6. 5/7 Version Management Use FHIR versioning with ETags and Meta tags to track resource changes. Support conditional updates and version-aware reads. Detect and resolve version conflicts gracefully to prevent overwrites. Robust version management ensures consistent record histories across telehealth-EHR integrations in real-time workflows.

  7. 6/7 Real-Time Sync Leverage FHIR Subscriptions to notify clients of resource changes instantly. Use rest-hook or WebSocket channels for low-latency event delivery. Implement secure webhook endpoints with HMAC signatures. Real-time synchronization keeps telehealth apps updated without polling, enhancing responsiveness and efficiency, and reliability.

  8. 7/7 Error Handling Standardize error responses using OperationOutcome resources aligned with HTTP status codes. Include issue severity, code, and diagnostics for precise context. Clear, computable error details help telehealth clients handle failures gracefully and support faster troubleshooting during real-time EHR integrations and auditing.

  9. Is this Information Useful? Follow us if you like to learn more in-depth and new about the health tech solutions

More Related