Infinitus launched the MCP server to enhance interoperability for AI applications in healthcare. This initiative aims to standardize how AI agents link to and utilize healthcare data.
Medblocks simulated the process of launching an EHR system and developing multiple FHIR applications. This exercise focused on reading and utilizing the FHIR API within a simulated Cerner environment.
Centaur has made its data management platform available on Microsoft AppSource. This platform utilizes an FHIR-native canonical data model, providing a foundation for regulatory compliance.
FHIR technology is positioned to act as a catalyst for advancing Artificial Intelligence (AI) in healthcare. Developers can leverage FHIR to build solutions for Electronic Health Records (EHRs), simulations, and patient safety.
AWS is demonstrating the capability to build advanced healthcare agents using Amazon Bedrock AgentCore. This integration leverages FHIR standards to ensure interoperability in healthcare applications.
Muspell Archive offers a platform that unifies patient data, addressing issues related to legacy systems and data silos. This FHIR-native approach aims to power better clinical workflows.
HL7 International announced that today is the final day to register for the year's FHIR Exam Prep Course. This course helps individuals aiming to achieve FHIR certification by 2026.
Epic Systems confirmed its commitment to HL7 FHIR, positioning it as the standard for future interoperability. This indicates a continued industry push toward REST-based data exchange methods.
FHIR-AgentBench is a new benchmark designed for testing LLM agents' ability to answer questions using interoperable EHR data. This tool aims to improve the reliability and realism of AI-driven interoperability applications.
Smile Digital Health announced its commitment to providing foundational technology support. This support utilizes an HL7 FHIR-based data platform to enable CMS Health initiatives.
A discussion was held regarding the implementation and challenges of 'Additional Resources' within the FHIR R6 core specification. The discussion highlighted the necessity for specific solutions to address current limitations.
Documentation regarding FHIR and non-FHIR API specifications can be found on Oracle Forums. This resource provides technical specifications for interoperability.
IRI Inc. has enhanced its data protection solutions by adding support for FHIR, HL7, and X12. This expansion allows the solutions to handle multiple major healthcare electronic data interchange standards.
The study presented a tractable and extensible approach to integrating SNOMED CT terminology within the FHIR framework. This method provides a structured way to enhance interoperability using standardized clinical codes.
The LOINC code 15250-4, identifying a specific food allergen mix (Barley+Rice+Rye+Wheat) IgE, is associated with FHIR standards. This suggests the integration of detailed clinical coding standards into interoperable healthcare data exchange.
A transformation pipeline utilizing FHIR was implemented for data processing. This process enables the conversion of raw, unstructured data into a structured format suitable for research.