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Artificial Intelligence forHealthcare

AI development for healthcare, built around the data you cannot spill

Most AI work in healthcare stalls on one question: where does the protected health information go. We answer that first — in writing, with the data path drawn — and only then talk about models.

What changes here

Artificial Intelligence in healthcare is not the same engagement

PHI never leaves a boundary you approved

Retrieval stays inside your own store, inference runs on a deployment covered by a business associate agreement, and the data path is documented before a single record is sent anywhere.

De-identification where the use case allows it

Where the task does not need identifiers, we strip them before the model ever sees the text — the cheapest risk reduction available, and the one most projects skip.

A clinician in the loop by design

Anything that touches care gets a review step and a refusal path. The system is built to say it does not know, because in this setting a confident wrong answer is the expensive failure.

What the regime actually requires

HIPAA does not prohibit AI. It constrains who processes protected health information, under what agreement, and with what audit trail — and those constraints are design inputs, not blockers.

  • A business associate agreement with any vendor that processes PHI, including the model provider
  • Minimum necessary access — the retrieval scope is part of your access control, not separate from it
  • Audit logging of prompts and outputs, retained under your existing record policy
  • For Canadian data, PIPEDA and provincial rules such as Ontario's PHIPA, including residency expectations

LLM applications and RAG over your own data

Retrieval-augmented systems on your documents, tickets, and records — chunking, embeddings, a vector store, and citations, so answers can be traced back to a source.

Machine learning models and forecasting

Classification, scoring, and demand or churn forecasting trained on your history, with feature pipelines and retraining scheduled rather than remembered.

Document, voice, and workflow automation

Intake, extraction, classification, and summarization wired into the systems the work already lives in, with a human review step where the cost of being wrong is high.

Evaluation sets and regression testing

A scored test set built with your subject-matter experts and run on every change, so a prompt or model swap has to prove it improved things.

Guardrails, grounding, and audit trails

Input and output filtering, retrieval grounding, refusal paths, and logged prompts and responses — the record you need when someone asks why it said that.

Latency, token cost, and model routing

Caching, batching, and routing cheap work to smaller models, with spend and p95 latency on a dashboard rather than a surprise invoice.

Healthcare questions we get asked

Something more specific? Send us the situation and we’ll answer it straight.

Only to a deployment covered by a business associate agreement, and only when the task genuinely needs identifiers. AWS Bedrock, Azure OpenAI, and Google Vertex offer BAAs on their enterprise tiers; consumer API tiers generally do not. We confirm the agreement is in place before the integration is built, not after.
Scope, grounding, and refusal paths. The system answers from your own documents with citations, has an explicit way to decline, and routes anything resembling a clinical question to a person. We score that behaviour on an evaluation set rather than trusting a prompt to hold.
Usually through HL7 v2 or FHIR APIs where your vendor exposes them, or a read replica where they do not. We start by mapping what data is reachable and how, because that constraint shapes what is worth building.