The science of AI that can perceive, reason, and act.
Four dimensions decide
whether a system can work.
Perception
Recognizing what is happening by ingesting real-time, multi-modal data inputs: video, audio, and sensor data.
Reasoning
Achieving correct, explainable conclusions that experts and auditors can both understand and validate.
Generation
Producing output that is accurate enough to be used directly in workflows with confidence.
Speed
Operating in real time and at the edge, inside the time that’s reasonable for the task.
Expertise, engineered across six domains.
We build the system each domain needs.
We work in high-reliability domains, where expertise is scarce and failures carry significant consequences. In each, we purpose-build AI solutions for the domain, embedded with the knowledge of its best experts.
Surgery & clinical care
Surgical robotics and operational workflows.
Physical operations
Precision manufacturing and factory optimization.
Discovery & the lab
Scientific research in the dry and wet labs.
The machine behind the research.
A vertically integrated R&D engine: one organization that runs from clinical expertise and credentialed data to models, deployment, and IP.
Clinically credentialed data, at scale
Our video data is labeled by anatomists and physicians under senior clinical direction. Our labeling capabilities are not crowdsourced and are extendable.
Full-modality research under one roof
One organization ships video, MRI, and CT models covering anatomy, pathology, tools, and activity. Many groups specialize in one and outsource the rest.
An owned chain, research to deployment
The same team that builds a model also deploys it and runs it in production, so results move from the lab to live use quickly.
Navigation still begins by pinning a frame to the bone.
Surgical navigation needs a fixed reference. Today that means screwing a rigid array into the patient's skeleton before the procedure can start. Removing it is a perception problem before it is a product one.
Registration from anatomy
The reference is taken from the structures already in the surgical field. The system recognizes the anatomy it is navigating against, so nothing has to be attached to the patient to hold a coordinate frame.
Tracking without a fixed array
Position has to survive a camera that moves and anatomy that shifts. We work on holding registration continuously through both, which is what a pinned array exists to guarantee.
In active development and not cleared for any specific indication. This research is carried into practice by DSS.
Computer vision becomes Veris. World models become Movendi.
Explore the portfolio →Research that reaches people.
If you want your work deployed, not only published, we should talk.