The patient's imaging is brought into the case and prepared for planning.
AI-driven imaging and navigation for modern surgery.
We build tools that help clinicians see more clearly and act with more certainty — from the reading room through to the operating theatre.
Who we are
A medical technology company working where imaging, AI and high-performance computing meet.
NairMed builds AI-powered imaging analysis and presurgical tools for radiologists, surgeons and the institutions they work in. Some of what we make runs quietly in the reading room. Some of it stands in the operating theatre.
Our research has been recognised at MICCAI, GTC and SPIE, and our engineering is done with Brightskies, our development partner.
Built onImaging, AI, HPC
Recognised atMICCAI · GTC · SPIE
Built forRadiologists and surgeons
Why navigation
A tumour does not look like its scan once the skull is open.
Landmarks shift. Tissue moves. The plan a surgeon spent hours drawing lives in one space, and the patient on the table lives in another. Every judgement made in that gap is made from memory and experience alone.
Navigation closes the gap. It ties the anatomy in front of the surgeon to the anatomy in the images, and holds the two together for as long as the case runs.
The system
An articulated arm carries the tracking camera out over the table. The team aims it once at the start of the case, and it holds that view until the end.
Everything the case needs travels with it: the compute, the power, both displays, the foot control and the tracked instruments. Nothing is mounted to the ceiling, nothing is bolted to the table, and nothing is left behind in the room.
Explore it
Look at it yourself.
This is the real device, modelled from the cart we have built. Turn it, open it up, and look inside the enclosure.
The showroom opens it full screen, where every major part is labelled — tracking, positioning, visualization and the workspace itself.
The workflow
A sequence, not a set of tools.
Each step has to clear before the next one opens, so nobody navigates on an unregistered patient or plans on the wrong study.
The anatomy on the table is aligned to the anatomy in the scan. Everything after this depends on it, so it is the step the software guards most carefully.
Entry and target are placed on a volume reconstruction alongside the axial, coronal and sagittal planes, and the trajectory between them is drawn once.
The tracked instrument is calibrated against its own geometry, so what the camera sees at the marker matches where the tip actually is.
The instrument is tracked against the plan and the reformatted planes follow it live, so the plan stays on screen through the part of the case where it matters.
The wider platform
nairNav is one of three.
The same imaging and AI work runs underneath all of them.
AI Imaging Suite
Automated segmentation, detection and reporting across MRI, CT and X-ray. Brain subregion analysis, spinal condition detection, aorta segmentation with generated aneurysm reports.
MONAI–PACS Bridge
Connects hospital imaging data to the AI pipelines, so analysis runs where the images already are. HIPAA-compliant handling, cloud or on-premise.