HAPI FHIR has released various resources, including implementation guides and starter projects, focusing on FHIR standards. These tools support developers in building applications compliant with FHIR specifications.
A federal FHIR draft plan has established patient empowerment as a key goal. This initiative aims to improve patient access and control over their health data.
A SearchParameter resource related to FHIR Servers, specifically for FHIR R4, was documented. This suggests the availability of standardized parameters for querying FHIR server implementations.
HL7 has published a change (FHIR-49041) to the DAVINCI CRD profile. This update adds specific use cases for the Communication Request and removes the Task component.
CapMinds has released a native FHIR application designed to connect Salesforce Health Cloud with Electronic Health Records (EHRs). This solution aims to provide a streamlined process for integrating health data across different systems.
A new Java library was released to support the FHIR VRDR and VRDR Messaging standards. This tool provides implementation capabilities for these specific healthcare interoperability profiles.
Google announced that the beta version of Android 16 will provide support for medical records. This feature allows applications to read and write medical records using the FHIR standard.
A podcast episode discussed various modern health data platforms, including openEHR, FHIR, and Distributed SQL. The discussion covered technological breakthroughs relevant to healthcare interoperability.
AWS provided documentation addressing troubleshooting for FHIR APIs, NLP, and SQL integrations within AWS HealthLake. This guidance helps users manage data store actions and assess the continued usability of HealthLake.
Flexpa reported a significant year of growth in 2024, particularly regarding its network expansion. The company achieved over 85% coverage of CMS lives, indicating substantial growth in its service reach.
AWS has published documentation detailing the use of FHIR search interactions. This feature allows users to search for various FHIR resources stored within the AWS HealthLake environment.
HL7 International's FHIR at Scale Taskforce (FAST) addressed the integration of FAST Security and TEFCA standards into FHIR workflows. This discussion aims to clarify the requirements for FHIR registration, authentication, and authorization in large-scale healthcare systems.
eHealth Denmark has published the official FHIR v4.0.1 documentation for the 'task' resource. This resource is available through the eHealth platform, supporting interoperability standards in Denmark.
A demonstration was showcased utilizing the KNIME Community Hub to highlight Epic's integration with FHIR standards. This initiative focuses on showcasing interoperability and digital healthcare capabilities.
The Ministry of Public Health (MoPH) published a specific FHIR Resource Profile for Observation: Vital. This profile is intended for use within the Thai healthcare interoperability ecosystem.
The documentation details the use of fine-grained authorization within a SMART on FHIR enabled HealthLake data store. This approach is necessary because standard AWS Scopes lack the required specificity for robust authorization.
Nava is currently recruiting for a Principal Software Engineer role. The position requires specific expertise in FHIR standards and is located in the United States.