02    APPROACH

Five principles.
Ten weeks. One
way of working.

Most clinical AI dies in the gap between a working notebook anda hospital network. Our approach is engineered specifically forthat crossing.

I

Research, then engineering.

We read the paper and run the notebook before we write a line of production code. Models that survive contact with real data don'tcome from generic full-stack shops.

II

Compliance by design.

HIPAA, GDPR, SOC 2, FHIR, HL7 — these constrain the architecture from day one, not at security review. Audit logs, de-identification,role-based access aren't sprinkled on at the end.

III

Embedded, not arms-length.

Our engineers sit with your radiologists, oncologists, and PIs. Clinical workflows are observed, not assumed. The interface fits thework not the other way around.

IV

Production hygiene from day one.

Versioned models, evaluation suites, monitoring, rollback. We treat clinical AI like the regulated software it is, because it is.

V

We stay until it runs.

We don't hand off a tarball and disappear. On-call SLAs, MLOps handoff, and operator training are part of every engagement.

THE PHASES

From a free prototype to a
model you operate yourself.

01 · Weeks −2 to 0
Free prototype

Strategic consult, two-week engineeringsprint, working demo. No retainer, noobligation.

02 · Weeks 1 to 2
Discovery & architecture

Requirements, data audit, compliance plan,system design — turned into an engineeringroadmap.

03 · Weeks 3 to 10
Build & validate

Embedded squad ships incrementally. Clinicalreviewers in the loop. Continuous evaluationagainst your golden dataset.

04 · Week 10+
Deploy & operate

Production rollout, MLOps handoff, on-callSLAs. We stay until the model is yours to run.

GET IN TOUCH

Ready to scale your
clinical AI?

Two weeks. A working prototype. No retainer.

A clinical AI engineering practice. We build deep learning systems and production ML for hospitals, pharma, and medical device teams.
© 2026 ReallyGreatTech · Tel Aviv · New York
HIPAA · GDPR · SOC 2 · HL7/FHIR