FHIR Interoperability Consulting

FHIR Interoperability. From Strategy to Submission.

Expert FHIR consulting and purpose-built technology to assess readiness, modernize legacy data, design architecture, map and transform health information, validate implementation requirements, and prepare organizations for production interoperability.

Talk to a FHIR Expert Assess Your FHIR Readiness Explore the FHIRBridge Platform

Canadian-focused. Healthcare-specific. Strategy through implementation.

Program readiness84%

Validation stateBundle validated

Legacy SystemsHL7 v2CSV / ExcelDatabasesAPIs

1Readiness

2Profiling

3Mapping

4FHIR R4

5Validation

6Submission

FHIR resource preview{ "resourceType": "Bundle", "type": "collection", "entry": 9 }

Beyond file conversion

FHIR implementation is more than generating JSON.

FHIR programs struggle when source quality, terminology, governance, and implementation-guide interpretation are left until the end.

Conversion-only path

Source DataIncomplete mandatory data

MappingUnreviewed transformations

TerminologyLocal codes not normalized

FHIRResource model ambiguity

ValidationLate-stage errors

FHIRBridge closes the gaps

ProfileMapNormalizeValidateRemediateEvidence

Consulting work is paired with platform workflows for readiness scoring, source profiling, mapping governance, terminology review, validation, remediation, and evidence exports.

Full-service FHIR consulting

Specialist support across the work that makes FHIR real.

FHIRBridge services cover readiness, architecture, modernization, mapping, terminology, validation, implementation, and operations.

FHIR Strategy and Readiness

Know where you are before you build.

Assess organizational, data, technical, privacy, terminology, and operating readiness before teams commit to a build path.

FHIR readiness assessment
Organizational maturity assessment
Use-case prioritization
Mandate and requirements analysis
Governance and workforce planning
Implementation roadmap

Synthetic demonstration data

Governance82%

Data68%

Technology76%

Terminology61%

Security88%

Operations70%

FHIR Architecture and Solution Design

Design the right interoperability foundation before you scale.

Translate current-state complexity into a target architecture that accounts for integration patterns, identity, security, environments, and FHIR server strategy.

Current-state and target-state architecture
FHIR server and API strategy
Cloud and deployment architecture
Identity and access patterns
Terminology architecture
Environment strategy

Synthetic demonstration data

Source estateEHR / EMRLISPACSCRMData WarehouseLegacy Apps

Integration Layer

FHIRBridgeMapping, validation, remediation

FHIR outcomesFHIR ServerAPIsSubmissionAnalytics

Legacy Modernization and Integration

Modernize interoperability without replacing everything you already have.

Create pragmatic paths from HL7 v2, CDA, files, databases, and existing APIs into governed FHIR R4 workflows.

HL7 v2 to FHIR
CDA to FHIR
CSV and Excel to FHIR
Database and API intake
Interface-engine integration
Canonical data-model strategy

Synthetic demonstration data

HL7 v2CDACSVExcelDatabaseREST APIs

FHIRBridge

FHIR R4BundlesAPIsSubmission Packages

Data Mapping and Terminology

Turn local data into standardized, interoperable meaning.

Map source fields, local codes, and business rules into FHIR resources and terminology bindings with traceable review evidence.

Source-to-FHIR mapping
FHIR resource modeling
Reusable transformation rules
SNOMED CT, LOINC, ICD alignment
Local code normalization
Terminology validation

Synthetic demonstration data

Source fieldValueTransformationFHIR targetStatus

SERVICE_CDMH22Terminology crosswalkEncounter.serviceTypeValidated

CLIENT_MRNSYN-2941Identifier normalizationPatient.identifierReviewed

VISIT_MODEVIRTUALValue-set alignmentEncounter.classValidated

DX_CODEF41.1ICD mappingCondition.codeNeeds review

Implementation Guide and Conformance

Move from FHIR-compatible to implementation-ready.

Interpret profiles, cardinality, slicing, terminology bindings, FHIRPath constraints, references, and business rules before late defects become expensive.

Implementation-guide interpretation
StructureDefinition review
Cardinality and slicing analysis
FHIRPath and business-rule validation
Conformance test-case design
Human-readable issue remediation

Synthetic demonstration data

Pass rate97.4%

Errors12

Warnings27

Terminology8

Human-readable issue exampleUnrecognized service code

The local value is not permitted by the selected implementation-guide value set.

Affected records: 14
Severity: Error
Next step: Review crosswalk owner

FHIR Implementation and Delivery Advisory

Stay supported from planning through production.

Support delivery teams with governance, backlog shaping, sprint planning, vendor coordination, testing strategy, release readiness, and operational handoff.

Implementation planning
Program governance
Backlog and sprint planning
Architecture oversight
Release readiness
Stabilization and handoff

Synthetic demonstration data

AssessDesignBuildTestValidateDeployOperate

Architecture ApprovedMapping BaselineValidation ReadyPilotGo-Live Gate

Canadian FHIR and provincial readiness

Built for the Canadian interoperability landscape.

FHIRBridge supports planning around Canadian implementation guides, provincial programs, Ontario Health requirements, terminology standards, privacy expectations, and data-residency considerations. FHIRBridge does not claim government endorsement.

BCABSKMBONQCATLNORTH

Ontario Mental Health and Addictions

From source extract to validated submission preparation.

SourceReadinessProfilingMappingFHIR R4ValidationPreparation

Explore Ontario MHA Readiness

AI-ready health data

Interoperability is the foundation of trustworthy healthcare AI.

FHIRBridge helps normalize health data with provenance, traceability, metadata, terminology, and quality controls. HealthTrustIQ supports governance, AI risk, privacy, security, and evidence around the broader program.

FHIRBridgeInteroperability and standardized data

HealthTrustIQGovernance, privacy, security, risk, and evidence

Expertise plus software

Consulting that does not end in a PowerPoint.

FHIRBridge combines expert interoperability services with purpose-built workflows for readiness, mapping, validation, remediation, and implementation visibility.

Readiness ConsultingReadiness Dashboard

Mapping ServicesMapping Studio

Validation ServicesValidation Centre

Implementation OperationsRemediation and Submission Workflows

How we engage

Flexible support for different delivery realities.

Engagements can be advisory, hands-on, managed, or platform-backed depending on internal capacity and implementation risk.

Advisory

Best for: Organizations with internal delivery teams
Engagement style: Strategy sessions, architecture review, and targeted expert guidance
Client ownership: High
FHIRBridge support: Targeted

Co-Delivery

Best for: Teams that need hands-on acceleration
Engagement style: FHIRBridge experts work with client analysts, architects, and integration teams
Client ownership: Shared
FHIRBridge support: High

Managed Implementation

Best for: Programs needing end-to-end delivery support
Engagement style: Structured planning, build oversight, validation cycles, and operational readiness
Client ownership: Moderate
FHIRBridge support: End-to-end

Platform + Services

Best for: Organizations wanting tooling and expertise together
Engagement style: Readiness, mapping, validation, remediation, and evidence workflows backed by FHIRBridge
Client ownership: Shared
FHIRBridge support: Continuous

What you receive

Tangible outputs, not vague advisory notes.

Every engagement is structured around reusable evidence, decisions, diagrams, mapping assets, validation results, and operational handoff materials.

FHIR Readiness Assessment

Readiness score
Domain maturity assessment
Prioritized risk register
Technical gap analysis
Implementation roadmap
Executive report

FHIR Architecture Engagement

Current-state architecture
Target-state architecture
Integration patterns
Environment strategy
Security considerations
Deployment roadmap

Mapping and Transformation

Source-system inventory
Data dictionary
Mapping workbook
Terminology crosswalk
Transformation rules
Validated sample resources

Validation and Conformance

Validation results
Defect classification
Remediation backlog
IG traceability
Test scenarios
Readiness summary

Implementation Advisory

Program plan
Roadmap
Backlog
Governance model
Testing plan
Operational handoff plan

Who we help

FHIR support shaped around the organization type.

Hospitals, vendors, agencies, providers, and implementation partners need different levels of strategy, architecture, mapping, validation, and operations support.

Hospitals

Typical challenge: Complex source systems and mandate pressure

Relevant service: FHIR architecture, mapping, validation, and operational readiness

Community Mental Health

Typical challenge: Limited interoperability capacity and inconsistent extracts

Relevant service: Readiness, templates, terminology, and submission preparation

Primary Care

Typical challenge: Fragmented EMR data and referral workflows

Relevant service: FHIR API planning, source profiling, and longitudinal data preparation

Digital Health Vendors

Typical challenge: Need to prove implementation-guide readiness

Relevant service: Conformance testing, validation evidence, and mapping support

Government and Agencies

Typical challenge: Program data modernization and reporting quality

Relevant service: Standards strategy, data submission design, and governance evidence

Health Information Exchanges

Typical challenge: Multi-party data normalization and routing

Relevant service: Architecture, terminology, API patterns, and operational controls

Consulting Partners

Typical challenge: Need specialist FHIR implementation depth

Relevant service: Co-delivery, review, validation, and reusable implementation assets

Common FHIR use cases

Interoperability programs rarely start from a blank page.

FHIRBridge helps teams organize common interoperability scenarios into assessable, buildable, and testable work packages.

Provincial data submissionEHR modernizationHL7 v2 migrationFHIR API enablementFHIR facadeData normalizationTerminology alignmentIG conformanceVendor interoperabilityAI-ready health dataLongitudinal recordsInterface modernization

Implementation journey

One journey. From uncertainty to operational interoperability.

Each stage has a concrete activity, output, and related FHIRBridge workflow.

Assess

Readiness assessment

Output: Gap analysisReadiness Dashboard

Architect

Target architecture

Output: Solution blueprintArchitecture workbench

Prepare Data

Source profiling

Output: Data-quality reportSource Profiler

Map

Source-to-FHIR mapping

Output: Approved mappingsMapping Studio

Transform

FHIR R4 generation

Output: Bundle packageConversion Engine

Validate

IG validation

Output: Defect backlogValidation Centre

Remediate

Issue workflow

Output: Retest evidenceRemediation Workflow

Implement

Release readiness

Output: Go-live gatesSubmission Operations

Operate

Monitoring and audit

Output: Operational evidenceAudit Log

Visual proof of capability

Product-backed consulting, shown with synthetic workflows.

These previews demonstrate the operational workflows behind FHIRBridge consulting. They are labelled synthetic and do not represent production integrations.

Available

Readiness Dashboard

Maturity score, domain results, top risks

Available

Mapping Studio

Source, transformation, FHIR target

Beta

Validation Centre

Pass rate, issues, readable errors

In Development

Submission Operations

Batches, status, readiness, acknowledgements

Why FHIRBridge

Why organizations choose FHIRBridge

FHIRBridge is designed for teams that need both FHIR implementation expertise and practical tooling to manage readiness, mapping, validation, remediation, and evidence.

Canadian healthcare focusPlatform-backed consultingStrategy through implementationSource-data-to-FHIR expertiseImplementation-guide validationTerminology expertiseHuman-readable remediationGovernance evidence

Trust and boundaries

Credibility includes clear limits.

FHIRBridge labels synthetic workflows, avoids unsupported compliance claims, and separates local validation from external acceptance.

Available

Tenant isolation and role-aware access controls

Designed for multi-tenant operation with organization-scoped data access.

Available

Audit logging and exportable evidence

Conversion, validation, terminology, mapping, and operations evidence can be reviewed.

Available

Synthetic test environments

Public demos and examples are explicitly synthetic.

Beta

QA HAPI transport mode

Live HTTP transport testing without representing Ontario Health production.

Planned

Configurable production endpoint governance

Live submission requires approved endpoint onboarding and operational sign-off.

In Development

Version-controlled implementation-guide support

Local package references and validators are being hardened for production programs.

FHIRBridge is not endorsed by Ontario Health.FHIR is a registered trademark of HL7 International.Validation does not guarantee regulatory acceptance.

Move from planning to execution

Ready to move your FHIR program forward?

Whether you are assessing readiness, designing architecture, modernizing legacy interfaces, mapping source data, validating implementation guides, or preparing for submission, FHIRBridge can help.

Talk to a FHIR Expert Assess Your FHIR Readiness Explore the Platform