A project completed during Google Summer of Code 2025 integrated a HAPI FHIR server with Gen3's authorization system. This integration demonstrates the connection between FHIR standards and advanced authorization mechanisms.
RamaOnHealthcare is embracing a FHIR-Native Microservices Architecture for its healthcare IT. This shift aims to modernize the platform's structure and improve interoperability.
The focus is on building telemedicine applications that integrate with FHIR R4 standards while maintaining HIPAA compliance. This aims to provide seamless and secure telehealth solutions in the US market.
The article discusses how FHIR capabilities can enable agentic AI workflows in healthcare. It outlines four specific FHIR capabilities that support autonomous clinical processes.
HL7 International released the FHIR R4 structure definition for XVerExtensionVerificationResult. This extension details the primary source used for verification results within the FHIR standard.
The discussion focused on leveraging HL7 FAST FHIR standards to build robust digital health ecosystems. This technology aims to support the scaling of interconnected health data services globally.
NSYSU is developing approaches for hospitals to utilize AI while maintaining patient data privacy. This effort incorporates various international healthcare data standards, such as FHIR.
An updated implementation guide for the National Directory of Healthcare Providers and Services (NDH) was published. This guide adheres to the current FHIR specification standards.
SAMHSA and HHS are initiating pilots for exchanging behavioral health data. This effort aims to standardize and improve the exchange of behavioral health information using FHIR profiles.
CMS is planning a transition to digital quality measures that utilize FHIR standards. This initiative aims to improve the integration and reporting of quality data across the healthcare system.
astp tefca published a Standard Operating Procedure (SOP) detailing facilitated FHIR implementation. This procedure is relevant for FHIR Adopters, QHINs, and other participants in the ecosystem.
Industry analysis identified key tools for payer interoperability, including Edifecs' XEngine Server for FHIR and Innovaccer's data analytics platforms. These tools aim to improve data exchange and analytics capabilities within the payer ecosystem.
Nine pilot programs are being launched to test a new behavioral health data standard. These pilots involve 45 exchange partners across nine different sites.
The news describes securing FHIR access within the Azure cloud environment. This is achieved by implementing Azure Role-Based Access Control (RBAC) and specific IAM role assignments to manage FHIR roles (Reader/Writer/Exporter).
Edifecs received recognition for its interoperability capabilities in the KLAS Best 2026 for CMS Payer Interoperability. This recognition highlights its role in modernizing and streamlining data exchange using FHIR.