HealthTech AI

AI for healthtech — grounded, safe, and clinician-friendly.

Healthcare AI must reduce clinician burden without inventing facts. I help healthtech teams build grounded, rigorously evaluated AI — from EMR copilots to clinical knowledge assistants — drawing on having architected a physiotherapy EMR OS and an AI clinical-intelligence platform.

Queryuser askRetrieveVector DBLLMgroundedAnswerfaithful

Grounded clinical RAG — answers from verified sources, not guesses

EMR OS
Physiotherapy platform architected
~45 min
Saved per clinician/day with AI notes
RAGAs
Medical-grade evaluation frameworks
Web · iOS · Android
Multi-surface care platforms
The challenge

In healthcare, a hallucination is a patient-safety issue

Clinicians won't trust AI that's occasionally wrong, and regulators won't accept it. Medical AI has to be grounded in real evidence and continuously measured.

01

Hallucinations in a medical domain

Generic LLMs confidently produce unsafe clinical answers without grounding and evaluation.

02

Clinician overload

Documentation and admin steal time from patient care — but tools must save effort, not add it.

03

Privacy & trust

Patient data demands careful handling, access control and auditability.

AI use cases

Where AI helps in healthtech

01

Speech-to-Notes & SOAP automation

LLMs auto-draft clinical notes from consultations, saving clinicians significant time per day.

02

Grounded clinical knowledge assistants

RAG over verified medical and practitioner knowledge bases for context-aware, faithful answers.

03

Semantic patient-record retrieval

Instantly surface relevant history and prior notes to speed up decision-making across sessions.

04

Patient engagement & adherence

AI-guided exercise coaching, reminders and multilingual guidance between visits.

05

Triage & intake support

Structured, assistive intake that routes and summarises for the care team — with humans in the loop.

06

Medical-grade evaluation

RAGAs + LangSmith pipelines that track faithfulness and drive down hallucinations continuously.

Track record

Proof, not promises

  • Architected Bharat's-first-style physiotherapy EMR OS across web, iOS and Android
  • Engineered Speech-to-Notes SOAP automation saving ~45 minutes per clinician per day
  • Built semantic patient-record retrieval with vector search (Pinecone)
  • Created a RAGAs evaluation framework that measurably reduced medical hallucinations
  • Designed multi-tenant, role-based clinical platforms (Admin / Clinician / Patient)

Domain experience

I've built real clinical software — EMR, AI notes, and a RAG-based clinical-intelligence platform — so I understand both the engineering and the safety bar healthcare AI must clear.

FAQ

Questions, answered

How do you stop medical AI from hallucinating?+

Through grounding (RAG over verified sources), strict evaluation with RAGAs for faithfulness and precision, LangSmith tracing, and human-in-the-loop review for anything clinical. Quality is measured daily, not assumed.

Can AI really reduce clinician workload?+

Yes — for example, AI Speech-to-Notes can auto-draft SOAP notes and save roughly 45 minutes per clinician per day, letting them focus on patients instead of paperwork.

What about patient data privacy?+

I design with multi-tenant isolation, role-based access, and careful data handling, so AI features respect privacy and access rules from the architecture up.

Do you build clinical AI or just advise?+

Both. I provide advisory engagements and hands-on builds, and can act as a fractional CTO for healthtech startups.

Ready to put AI to work in your business?

Book a consultation and leave with a concrete, high-ROI next step.

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