Healthcare data interoperability so every team reads one record HL7, FHIR, and X12 connections between EHRs, labs, payers, and exchanges

A patient's story is split across the hospital EHR, the clinic EMR, the lab, the imaging system, the pharmacy, and the payer. Each was bought at a different time, and each speaks a slightly different version of the standards.

Clinicians re-order tests they can't see, referrals arrive as faxes, and the same patient appears twice under two spellings. Connecting the systems is only half the job: the data also has to mean the same thing at both ends.

• Clinical records, orders, and discharge summaries
• Lab, radiology, and cardiology results
• Authorizations, claims, eligibility, and remittances
• Readings from home devices and patient apps

Most hospital systems still exchange HL7 v2 messages, and most new apps and rules expect FHIR APIs. We work in both, plus CDA and C-CDA documents, DICOM for images, and X12 for claims and eligibility.

For population health and research, bulk FHIR exports move large data sets on a schedule. Where a system has no standard interface, we build a documented API or connect to its database directly, with the vendor's agreement.

We connect Epic, Oracle Health, MEDITECH, athenahealth, and eClinicalWorks to the systems around them. SMART on FHIR lets an app open inside the EHR with the patient already selected, so clinicians stay in one screen.

Our EMR and EHR integration page covers this work in more detail, from labs to e-prescribing.

Older interface engines often hold hundreds of interfaces that one or two people understand. We document each one and move it to a modern engine, in the cloud or on your own servers. Each interface is tested against live messages before the switch.

Your team gets monitoring, alerts, and a test environment, so a change to one interface doesn't break another.

We connect you to regional and state exchanges, Direct secure messaging, and the national networks under TEFCA. Care summaries, referrals, and notifications travel with the patient, and consent is checked before data leaves.

Patient matching across organizations is the hard part. We tune matching rules and flag likely duplicates for a person to merge, so each record belongs to the right patient.

Payers and providers exchange eligibility, authorizations, claims, and quality reports every day. We connect payer systems such as Facets and HealthEdge to provider systems through X12 and FHIR, and to portals such as Availity.

The CMS interoperability and prior authorization rule asks many payers to offer FHIR APIs, including one for prior authorization, from 2027. We build those APIs and the work behind them.

Healthcare interoperability services connect health systems, devices, and apps so they can exchange data and use it. That means interfaces and APIs over standards such as HL7 v2, FHIR, CDA, and X12, plus the mapping that makes the data mean the same thing at both ends. Monitoring and support keep the connections running.

EHRs and EMRs, health information exchanges, lab and radiology systems, pharmacy networks, home devices, telehealth apps, and payer platforms. In practice, almost any system that holds patient or claims data can be connected. Where a system has no standard interface, we build one.

It ends the gaps between systems that cause repeated tests, slow referrals, and billing delays. It also helps you meet the data-sharing rules from CMS and ONC, which now expect FHIR APIs.

Clinicians see complete records at the point of care, so they decide with the full picture. Referrals and handoffs between teams go faster, and fewer tests are repeated. Patients can see their own data and share it with the next provider.

AI drafts field mappings between systems, reads unstructured notes and faxes into structured data, and flags records that probably belong to the same patient. An analyst checks each mapping and merge before it's used. That makes new connections faster to build and old data cleaner to move.

No. We can add FHIR APIs and new connections beside the engine you run. If it's slowing you down, we move interfaces one group at a time, with each one tested against live messages before the switch.