§ Capability 01

Clinical & precision-health AI

AI that holds up in the operating theatre and the diagnostic lab.

Clinical AI is not judged on a held-out test set; it is judged on whether a surgeon leaves the feature switched on during a live procedure. We build machine-learning systems for the point of care — where latency is a hard constraint, hardware is fixed, cloud is off the table, and a single unreliable frame erodes trust that took months to earn.

The work spans real-time image segmentation for surgical guidance, multi-biomarker risk scoring that turns a routine blood panel into a multi-dimensional health profile, and voice biomarkers for digital health. In every case the modelling is the smaller half of the problem: data governance, edge optimisation, and reliability engineering are what turn an accurate model into a deployed clinical tool.

Computer visionEdge deploymentTensorRTBiomarkersVoice AIClinical governance
01
Real-time surgical segmentation
Sub-50ms intraoperative segmentation on Nvidia Jetson via TensorRT-optimised, INT8-quantised models — fast enough to overlay on a live ultrasound without chasing the probe.
02
Multi-biomarker risk scoring
Graduated, interaction-aware scoring across 100+ biomarkers mapped to distinct clinical dimensions, grounded in published reference ranges and validated against established risk calculators.
03
Voice biomarkers
Signal-processing and ML pipelines that extract health-relevant features from speech for screening and monitoring in digital-health settings.
04
Regulatory-grade engineering
Clinical data governance, audit trails, graceful failure behaviour, and runtime monitoring designed in from the first commit — not bolted on before launch.
§ In practice

Production systems running today in operating theatres and precision-health platforms — not prototypes.