ImOnFHIR

Healthcare Interoperability Lab

ImOnFHIR

Build, test, and explain healthcare interoperability workflows using synthetic data.

A personal engineering lab for FHIR, healthcare integration, repeatable test scenarios, clinical-context retrieval, and evidence-driven interoperability testing.

Explore the LabWhy ImOnFHIR ExistsView the Architecture
  1. 01Synthetic DataControlled healthcare test records
  2. 02Scenario RegistryRepeatable workflow definitions
  3. 03FHIR WorkflowsIntegration and projection targets
  4. 04Clinical ContextBounded retrieval with provenance
  5. 05Traceable EvidenceImplementation evidence trails

Interoperability is easier to understand when you can see it work.

Standards and implementation guides define how healthcare systems should exchange information. Real implementation requires more: test data, repeatable scenarios, integration logic, expected outcomes, traceability, and evidence.

ImOnFHIR turns those concepts into working demonstrations and practical engineering tools.

Build

Create controlled healthcare interoperability workflows using synthetic data.

Test

Run repeatable scenarios and compare expected behavior with observed results.

Explain

Make complex integrations understandable through architecture, clinical context, provenance, and evidence.

Current capabilities

Inside the Lab

Working tools for synthetic interoperability scenarios, clinical-context retrieval, and FHIR environment diagnostics.

Scenario Registry

Available

Create and explore repeatable synthetic healthcare interoperability scenarios.

Explore Scenarios →

Clinical Context

Available

Retrieve bounded clinical and administrative context while tracking completeness and provenance.

Build Context →

FHIR Capability Explorer

Available

Inspect connected FHIR environments and adapter capabilities.

Inspect FHIR →

Evidence and Traceability

Planned Interface

Capture implementation traces, expected outcomes, and reusable validation evidence.

Planned Interface

FHIR-focused. Healthcare-wide.

ImOnFHIR begins with FHIR and prior-authorization workflows, but healthcare interoperability extends across payers, providers, electronic health records, implementation teams, clinical systems, administrative transactions, and emerging healthcare technologies.

  • FHIR APIs
  • Prior Authorization
  • Clinical Data Exchange
  • Payer and Provider Integration
  • Implementation Testing
  • Synthetic Healthcare Data
  • Evidence and Traceability
  • Healthcare Integration Architecture

Designed as a controlled interoperability environment

The application database remains the controlled source of truth. External FHIR environments are integration targets, allowing test data and scenarios to remain repeatable, observable, and replaceable.

  1. 01Synthetic Data RegistryPostgreSQL source of truth
  2. 02Scenario EngineRepeatable interoperability cases
  3. 03Integration AdaptersRead-first EHR / FHIR adapters
  4. 04FHIR EnvironmentDisposable projection target
  5. 05Clinical ContextCompleteness and provenance
  6. 06Evidence and TracesRetrieval and validation history
Explore the Architecture

Built from practical healthcare implementation experience

I am Nick Dugan, a healthcare software engineer focused on translating complex healthcare workflows into systems that can be implemented, tested, explained, and improved.

ImOnFHIR is where I explore healthcare interoperability through working software rather than diagrams alone.

More About Me

Explore the current interoperability lab

Review synthetic scenarios, inspect FHIR capabilities, and see how clinical context can be retrieved with completeness and provenance.

Enter the LabView the Architecture