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Industries · Healthcare & Life Sciences

Two worlds, one integration backbone.

Care delivery and life sciences run different systems, answer to different regulators and buy on different timelines. They share one problem: the messages between their systems. iQBus routes HL7 v2, FHIR R4, X12, NCPDP and IHE PIX/PDQ/XDS for clinical estates, and serialization, clinical and site messaging for life sciences, inside your own Azure tenant. Message tracking on every edition, audit stream on Grow and Enterprise.

Architecture and Access Statement available on request.

Find your side of the estate Talk to an architect
CARE DELIVERY LIFE SCIENCES HL7 v2 · FHIR R4 · X12 · NCPDP SERIALIZATION · CDISC · LIMS iQBus YOUR AZURE TENANT ONE TRACKED STREAM RETENTION YOU SET
In production across the vertical
Two routes in

The estate you run decides which page you want.

Both sides run the same platform in the same place. What differs is the message set, the systems on either end and the people who sign off on the work.

Care delivery

Healthcare

Clinical messaging across a working hospital estate. Registration, orders, results, imaging, prescriptions, charges and claims moving between systems that each speak differently, translated at runtime and traced end to end.

Who arrives here: hospital and health-system IT, payers, health information exchanges, reference labs and digital health vendors.

HL7 v2FHIR R4X12NCPDPIHE PIX/PDQ/XDS
Open Healthcare →
Life sciences

Pharma & Biotech

Regulated production and clinical data movement. Batch and packaging events, serialization messages down the supply chain, laboratory results out of QC, and clinical data flowing between sponsors, sites and systems.

Who arrives here: pharma and biotech IT, clinical operations, QA and validation leads, and manufacturing IT for regulated production.

SerializationCDISC SDTM/ADaMHL7 v2 site feedsLIMSEDI
Open Pharma & Biotech →
What both sides share

One runtime, in your tenant, under your controls.

The reason these two sit in one vertical is not the regulator. It is that the integration layer underneath them is the same layer, deployed the same way, watched the same way.

Azure-native

Runs inside your own subscription. Data stays in your tenant, and you decide what persists.

Your identity, your secrets

Entra ID for access and managed identity, Key Vault for secrets and certificates.

Message tracking

On every edition, with an audit stream on Grow and Enterprise and retention you set.

The AI Accelerator

Knows the message specifications at specification level, so parsers, maps and validations take hours.

Message standards handled across the vertical. Anything that exposes an API can be consumed today; a new adapter takes the team one to two weeks through the adapter framework.
StandardSideWhat moves on it
HL7 v2BothRegistration, orders, results and pharmacy events between clinical systems, and site feeds in clinical research
FHIR R4CareResource-level exchange for newer consumers, population health and partner APIs
X12CareEligibility, claim status, enrollment, remittance and professional claims
NCPDPCarePrescription routing and dispense notification between prescriber and pharmacy
IHE PIX / PDQ / XDSCarePatient identity resolution and document sharing across organizations
CDISC SDTM / ADaMLife sciencesStudy data moving between sponsors, CROs and analysis environments
SerializationLife sciencesUnit-level and case-level events down the pharmaceutical supply chain
EDIBothTrading-partner orchestration on the supply side of both estates
Working session

Bring one live feed. Leave with a working model.

30 minutes with a senior integration architect who works in this vertical. Bring one real message flow from either side of the estate and leave with the patterns that apply to it. No slides.