The presentation focused on leveraging FHIR standards to graph complex clinical data structures. This approach aims to enable smarter and more advanced AI systems by visualizing relationships within the data.
A meeting was held regarding the integration of SQL capabilities with FHIR standards. This effort aims to enhance data querying and interoperability using structured query language.
KLAS conducted research indicating that usability issues within Electronic Health Records (EHR) are creating barriers to data sharing. The report suggests that despite vendor support for standards like FHIR R4, practical implementation gaps persist.
The NIH has made available an index of FHIR resources for version 13.7.0. This update provides standardized data structures for healthcare interoperability within the United States.
Rinova is implementing an electronic health records platform designed for Bangladesh. This platform utilizes FHIR R5 standards and features a multi-tenant architecture with complete clinical workflows.
HL7 International updated the FHIR standard by releasing the v4.0.1 terminology for ClinicalStatementExposureMood. This new terminology supersedes previous versions of the standard.
Microsoft Marketplace offers solutions leveraging industry-standard FHIR storage for healthcare data analytics. This deployment aims to facilitate data analysis using standardized interoperability formats.
Fovia AI is scheduled to present its universal AI viewer and seamless reporting capabilities. The demonstration will highlight integrations with standards such as FHIR and HL7 FHIRcast.
HealthTech AI applications face data challenges that require standardization. To address this, data must achieve interoperability by conforming to standards like HL7 FHIR.
A new cross-version extension for Observation.specimen was introduced within the FHIR standard. This extension is designed to be used in contexts related to the Observation element, specifically referencing version R4B.
A cross-version extension for PackagedProductDefinition.package.property.type was defined for FHIR R4B. This update addresses version compatibility within the FHIR standard.
A new health gateway was introduced to address significant digital challenges in healthcare. This gateway leverages multiple interoperability standards, including FHIR, openEHR, and ISO/IEEE 11073.
The LOINC code 97900-5, titled 'Manage weight well,' is associated with FHIR standards. This code facilitates the standardization of weight management data exchange across different healthcare systems.
Gematik announced the development of new FHIR profiles related to e-Prescriptions. These profiles are expected to be implemented starting January 2026, affecting the use of e-Prescriptions.
Firely released .NET SDK 6, which provides a unified model for handling FHIR data. This update prepares developers for future FHIR development by standardizing the data model.
A meeting was held on November 28, 2025, to discuss the Australian Patient Summary FHIR Implementation Guide. The discussion covered reports from IPS calls and Sparked TDG.
Google is incorporating the FHIR standard into its Health Connect platform. This integration will enable medical applications to securely access and utilize health data.
A cross-version extension for the Provenance.entity.agent element has been defined for FHIR R3. This extension addresses the Provenance.entity element, which was previously available in FHIR R2.