A patient-intake AI was running GPT-4o for every interaction. Accurate, but expensive and too slow for clinical workflow latency requirements. We rebuilt the pipeline as a routed multi-model system - small models for triage routing, larger models only when complexity requires it. The result: one-third the cost, half the latency, same accuracy on the clinical evaluation set.
Engineering for systems where a production bug is a patient safety issue.
HIPAA-aware architecture, EHR integration, and clinical AI that clinicians will actually trust. We build healthcare systems with explainability and audit trails from the start - not as an afterthought.
On HIPAA compliance
We are an engineering firm, not a HIPAA compliance consultancy. We build systems that are architected to be HIPAA-aware - PHI boundaries enforced in code, access controls properly implemented, data flows documented. Final HIPAA compliance certification is with your legal and compliance teams. We have supported that process many times.
The engineering problems we see most in healthtech.
AI features that clinical stakeholders will not trust
An LLM that summarises notes or flags anomalies is valuable until a clinician asks how it decided. Production healthcare AI needs explainability, human-in-the-loop controls, and audit trails from day one.
EHR integration that takes months instead of weeks
HL7 FHIR, Epic, Cerner - every integration is different and slower than expected. We have done these before and know where the edge cases hide.
Data pipelines that are not safe for clinical use
PHI leaking across environment boundaries. Logging that captures data it should not. Training pipelines that mix de-identified data with production records. These are not theoretical.
Products built for a single site that need to scale to ten
Hardcoded workflows. Configuration managed in spreadsheets. Multi-tenancy bolted on after the fact. The architecture worked for the pilot site - it does not work for enterprise rollout.
Inference latency that makes clinical AI impractical
Models that score accurately in evaluation but are too slow to be useful in a clinical workflow. Optimization for clinical latency requires different approaches than standard production AI.
Systems that cannot survive an audit
Incident response that is undocumented. Access controls that are technically present but not enforced. Change logs that exist but are not searchable. We have seen what auditors ask for.
What we build for healthcare teams.
These are the categories of healthcare systems we build and modernize most often. Most start with a Product Pilot to validate the technical approach before committing to a full build.
Learn about Product Pilot ->- Clinical AI with explainability and audit trails
- Patient intake and triage automation
- HL7 FHIR / EHR integration (Epic, Cerner)
- HIPAA-aware data pipeline architecture
- Medical document processing and classification
- Interoperability and data exchange systems
- Multi-tenant healthcare SaaS platforms
- Inference optimization for clinical workflows
- Remote patient monitoring (RPM) systems
- Telemedicine and virtual care platforms
What clients say about working with us.
Building a clinical AI system that has to work?
Book a 30-minute technical call. We will ask about your workflow, your constraints, and what safe means for your specific deployment context.
Book a 30-min technical callA senior engineer replies within one business day, often faster.