SERVICES
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ML & Data Engineering for Healthtech

Accelerating your healthtech business through Machine Learning

Medical models benchmarked before they reach a clinical workflow, data pipelines across systems that were never designed to be joined, and inference that runs where the data already is.
HOW WE CAN HELP

Our team will partner with you to navigate each phase of your ML journey, from clinical data to production models.

End-to-end ML development

From your clinical and operational problems to custom models deployed on your platform, with training pipelines, experiment tracking, a model registry and production monitoring.

Prototype AI solutions

Check feasibility through a PoC before building. We validate your ML concept quickly so you invest in what works — not in what sounds good.

Partner up with your team

We embed with your engineers to integrate ML capabilities, run experiments, and accelerate model delivery without the overhead of rebuilding from scratch.

Deep learning for medical devices

Run AI directly on devices: low latency, privacy and security. We have been running neural networks on iOS since we published Bender, our Metal-based library, in the open.

Schedule a Discovery call

How we handle it

Health data is different, and the pipeline has to know it

Most ML failures in healthcare aren't modeling failures. They're data governance decisions made too late.

De-identification before anything else

PHI is stripped, tokenized or kept inside your perimeter before a single model sees it. We define the data classification with you in week one, not before launch.

Benchmarked before they reach a clinic

Medical LLMs under 8B parameters evaluated against MedQA, PubMedQA and MMLU before they go anywhere near a clinical workflow, with local or hybrid-cloud deployment for the cases where a frontier API is the wrong answer.

Inference where the data lives

When sending clinical data to a cloud API isn't acceptable, we run models on-device or on-prem. On Vave Health the imaging results are produced by on-device ML over the raw sensor stream, not by round-tripping the signal to a server.

Traceable by design

Every transformation is versioned and every access is logged. If a clinician or an auditor asks why the model said what it said, the answer exists.

Our Edge AI work isn't theoretical

We open source the tooling we build and ship the products that use it. Everything below is public — go look at the code.

Open source · iOS

Bender

Our Metal-based library for running neural networks on iOS. The reason on-device inference is a capability here and not a plan.

GitHub →
Open source · Edge AI

Neuralet

An open-source platform for running edge deep learning models on GPU, TPU, Jetson Nano and Coral.

GitHub →
Open source · Wearables

RN Health Link

An SDK unifying wearable health data across iOS and Android — the ingestion layer for anything you want to model on top of sensor data.

GitHub →
Applied research

FHIR for RAG

Optimizing clinical data structures for retrieval-augmented generation, so an LLM can answer over patient records without hallucinating the chart.

Read the blog →
SEE IT IN ACTION

A Secure Backend for AI-Powered Clinical Trials

Xmartlabs built a MongoDB database and an API wrapper on AWS for Omniscia Health, giving their clinical trials platform programmatic access to its data. Well-documented sprints let the team ship new features at a steady pace.
We're impressed with their ability to bring in the right talent and culture matches to help us accomplish our tasks.
Aaron Krogh
Full Stack Engineer
Omniscia Health
5.0
QUALITY
5.0
SCHEDULE
5.0
COST
4.5
WILLING TO REFER
5.0