Healthcare API Development & Integration Services

Our Healthcare API Software Development Services cover custom endpoints and middleware, alongside FHIR integration, legacy HL7 enablement, EHR connectivity, device interfaces, bulk exports, testing, and maintenance. We start with the workflow and define the systems, data, supported operations, and acceptance criteria the engagement will cover.

We assess the installed EHR, API documentation, available endpoints, licensing, and vendor approval requirements. Supported read, write, scheduling, and order operations vary. The delivery scope specifies what the EHR permits and how information will be presented or processed in the receiving workflow.

Yes. We can scope supported EHR launch or standalone application workflows, client registration, authorization, launch context, and token handling. Automated access can use an appropriate backend authorization pattern. The implementation depends on the capabilities and permissions of the connected FHIR server.

No. FHIR and X12 often support different parts of a workflow. Eligibility, claims, claim status, and remittance may still require applicable X12 transactions. We connect APIs with those exchanges where appropriate, keeping acknowledgments, adjudication, and payment states distinct.

We scope authentication, authorization, access boundaries, encrypted transport, credential management, audit logging, and security testing around the use case. HIPAA obligations also involve organizational policies, risk assessment, agreements, and operational safeguards. Implementing an API does not by itself establish compliance.

Agreed deliverables can include API specifications, authentication instructions, mappings, configuration references, deployment procedures, test evidence, and support runbooks. Source code access, ownership, licensing, and handover responsibilities are established in the engagement terms.

Share the target workflow, connected systems, API documentation, known access restrictions, and current bottlenecks. De-identified examples and error reports help clarify requirements. Use an approved secure channel for any patient-identifiable information. We use discovery to define the next technical steps.

FHIR is useful where standardized healthcare resources and supported implementation guides fit the exchange. Custom REST APIs can serve application-specific operations beyond that scope. The approaches can coexist. We assess the receiving application, available data, partner requirements, and maintenance implications before recommending the design.

Yes, where those interfaces remain suitable for the workflow. We can consume agreed HL7 messages and expose mapped information through an API layer. Existing acknowledgments, downstream dependencies, and exception paths are reviewed before changes are introduced.

Where the EHR exposes suitable write operations, and the workflow permits them. We confirm patient and encounter association, codes, units, timestamps, and source attribution. Incoming information may require review or reconciliation before it becomes part of a clinician-maintained record.

Yes, where the source system supports the required extraction. FHIR Bulk Data export uses an asynchronous workflow for authorized datasets. Reporting may also require transformation, reconciliation, and measure-specific validation; an export alone does not establish CMS or UDS reporting readiness.

Testing covers agreed API contracts, data mappings, authorization, destination behavior, performance expectations, and failure recovery. Acceptance scenarios follow the intended user task, including missing information, conflicting identifiers, duplicate requests, and unavailable partner systems where relevant.

Yes. We can assess existing contracts, access controls, mappings, performance, dependencies, and recurring failures. Work can focus on a specific problem or a staged modernization. Support coverage, response expectations, and vendor coordination are defined in the maintenance agreement.