Healthcare Interoperability Platform
One platform for the full interoperability stack — ingest, translate, orchestrate, and govern every message moving between your EHR, payers, labs, and downstream apps. Built for engineering teams who own the integration, not just the vendor contract.
MSH|^~\&|EPIC|GENHOSP|INTEROPX|PEERBITS|20260707102214||ADT^A01|MSG00001|P|2.5.1
SEGMENT
MSH — Message Header
EVENT
ADT^A01 — Patient admit
ROUTE
EPIC → InteropX → Peerbits
RESULT
Structured FHIR Encounter, in real time
These aren't ten separate tools bolted together — they're the actual stages a message passes through, from the moment it leaves an EHR to the moment it's a governed, queryable, patient-consented FHIR resource.
The single door every integration walks through — before anything is parsed, translated, or stored.
The authenticated front door for every system that talks to InteropX — internal services, partner integrations, and third-party apps alike.
Where format stops being a barrier — legacy pipe-delimited messages and modern FHIR resources both become one shared representation.
Parses and generates HL7 v2.x traffic — ADT, ORU, ORM, SIU — down to the segment level, so legacy systems keep working without becoming a bottleneck.
Native FHIR R4 and R5 support so InteropX can serve as the FHIR-facing surface for any system that expects it — no separate conversion layer required.
Field-to-field mapping between whatever a source system sends and whatever a target system — FHIR, HL7, or a custom schema — expects to receive.
Keeps clinical codes meaningful across systems that were never designed to agree with each other on vocabulary.
Once a message is understood, something downstream usually needs to react to it — without polling for it.
Publishes a real-time event for every clinically meaningful transaction, so downstream workflows fire the moment something changes — not on the next polling cycle.
Decides what happens next based on message content — routing, filtering, enriching, or splitting a single inbound message into multiple downstream actions.
Interoperability at scale isn't finished when data moves correctly — it's finished when you can prove who moved it, who consented to it, and how healthy the pipeline is.
An append-only, tamper-evident record of every read and write — who accessed what, when, and through which integration.
Live visibility into how every integration endpoint is actually performing, before a partner has to tell you it's down.
One operational view across every connected system — instead of stitching that picture together from five different vendor consoles.
Patient-level consent captured once and enforced everywhere — so a sharing restriction set at intake is honored by every query afterward.
Measured Results
Across all active healthcare web deployments — from single-practice clinics to multi-state health systems — these are the outcomes Peerbits clients consistently achieve.
R4/R5
2.3–2.8
5
100%
A technical walkthrough with our interoperability team, scoped to your actual message formats — not a generic demo environment.
Request technical walkthroughReal EHR connections, payer integrations, and interoperability platform deployments.
Healthtech ,
Remote patient monitoring app helps to bridge the gap between patients and healthcare providers. It tracks the vitals of the patients and sends it to the doctors.
Healthtech , AWS / Cloud ,
A healthcare startup struggled with increasing loads of data and manual infrastructure management as its business expanded. Peerbits successfully built cloud infrastructure using AWS for their system possessing auto-scaling, automated and more.
Healthtech ,
This is a native iOS app that helps to bridge the gap between the patients and healthcare providers. Patients can monitor their health on a regular basis and share the data with the doctors and healthcare professionals.
InteropX is Peerbits' full-stack healthcare interoperability platform — a single integration layer that ingests messages from any source (EHR, payer, lab, device), translates them to a shared representation, orchestrates downstream workflows in real time, and governs every data movement with audit trails and consent enforcement.
InteropX connects to Epic, Cerner, Oracle Health, Athenahealth, MEDITECH, and any system that exposes FHIR R4/R5, HL7 v2, or X12 EDI. The Gateway layer handles protocol translation before any clinical data is processed.
Yes. InteropX is designed around ONC §170.315 requirements — FHIR R4 APIs, SMART on FHIR launch, patient access, provider directory, and prior authorization API compliance under the CMS 9115-F and CMS-0057-F rules.
The Terminology Service maintains live cross-mapping tables for ICD-10, SNOMED CT, LOINC, RxNorm, and CPT. Every data element passing through the Translate layer is validated against configured value sets and mapped to target code systems — eliminating the silent data corruption that happens when systems disagree on vocabulary.
Yes. Every component of InteropX is built with HIPAA Technical Safeguards as a default — PHI encryption at rest (AES-256) and in transit (TLS 1.3), role-based access controls, append-only audit logging, and BAA coverage for all subprocessors.
Yes. InteropX is available as a fully managed cloud service or as a self-hosted deployment on AWS, Azure, or GCP using HIPAA-eligible infrastructure. All architecture patterns are documented for cloud security review.
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