Most errors in genomics lab operations happen at handoff points between disconnected systems. Clinical genomics workflow automation eliminates those handoffs: sample receipt triggers accessioning automatically, QC pass triggers pipeline execution, pipeline output populates the interpretation queue, and completed variant classification populates the report template. The result is shorter turnaround time, fewer transcription errors, a complete digital audit trail, and measurable TAT reduction against your baseline. Every workflow automation we deliver is benchmarked against a pre-implementation measurement so the improvement is quantified, not assumed.

We build HL7 v2 and FHIR R4 integrations for full bidirectional data exchange between your clinical genomics platform and Epic or Cerner. Inbound: patient demographics, orders, and clinical context flow from the EHR into your genomic workflow, eliminating duplicate entry and ensuring accurate patient matching. Outbound: completed reports are delivered as HL7 v2 ORU messages or FHIR R4 DiagnosticReport resources directly into the EHR result flow, surfacing genomic findings in the clinician's existing view without a separate portal login. We manage the Mirth Connect configuration, HL7 message design, FHIR resource mapping, and end-to-end validation.

A standard LIMS manages samples and tracks test status. A clinical genomics platform connects that to bioinformatics pipelines, ACMG variant classification workflow software, tertiary analysis tooling, clinical report generation, FHIR-based EHR delivery, and patient-facing portals - in one governed, HIPAA-compliant system with an audit trail across every layer. Most labs start with a LIMS and bolt disconnected tools around it. We build the integrated clinical genomics platform that replaces that patchwork - or connect your existing LIMS to the rest of the stack through a clean integration layer. The distinction matters most at inspection time and at scale: an integrated platform holds up under both.