API and MCP server for all EHR integration,Med Research via a single unified API
MCP.Pizza Chef: mhaihq
Hana Compass API is an MCP server providing a unified API for integrating Electronic Health Records (EHR) and medical research data. It enables seamless access and interaction with diverse healthcare data sources through a single interface, facilitating streamlined workflows in clinical and research environments. This server supports real-time data retrieval and structured context feeding into LLMs for healthcare applications.
Use This MCP server To
Integrate multiple EHR systems into a single API endpoint Access and query medical research databases via unified interface Enable real-time clinical data retrieval for AI models Aggregate patient data for research and analysis Support healthcare workflows with structured EHR data Facilitate interoperability between healthcare applications
README
hana-compass-api FAQ
How does Hana Compass API unify different EHR systems?
It abstracts diverse EHR data sources into a single standardized API, simplifying integration and access.
Can Hana Compass API handle real-time data updates from EHRs?
Yes, it supports real-time data retrieval and updates to keep information current for AI workflows.
Is Hana Compass API compatible with multiple LLM providers?
Yes, it is designed to work with Open AI, Claude, Gemini, and other LLM providers via MCP.
What types of medical research data can Hana Compass API access?
It can access clinical trial data, research publications, patient registries, and other structured medical datasets.
How secure is the data handled by Hana Compass API?
The server implements secure, scoped access controls and complies with healthcare data privacy standards.
Can Hana Compass API be extended to new healthcare data sources?
Yes, it is modular and can be extended to integrate additional EHR systems or research databases.
Does Hana Compass API support structured context feeding for LLMs?
Yes, it provides structured, real-time context to LLMs for enhanced healthcare AI applications.