surgical-navigation
(5)
Proprio
Proprio is a Seattle medical technology company building an AI-powered surgical navigation platform, Paradigm, that uses light field imaging, computer vision, and machine learning to give surgeons a continuous, radiation-free 3D view of anatomy during spine surgery. Spun out of the University of Washington in 2016, the company fuses live intraoperative sensing with preoperative scans - a capability it calls Volumetric Intelligence - to improve precision, capture surgical data, and build a foundation model for surgery.
Xvisio Technology Corporation
Xvisio Technology Corporation is a Silicon Valley-founded spatial computing company building the visual SLAM engines, sensor-fusion modules, and mixed-reality hardware that let machines and headsets understand where they are in physical space. Its SeerSense modules and SeerLens MR glasses - built on a low-latency VPU pipeline it calls SlimEdge XR - power 6DoF tracking, depth sensing, and on-device AI inferencing for AR headsets, robots, and industrial devices across healthcare, manufacturing, education, and logistics.
Illuminant Surgical
Illuminant Surgical is a Culver City / Los Angeles medical device startup building Skylight, a real-time anatomical projection system that displays a patient's internal imaging directly onto their skin during surgery. Using AI, computer vision and dynamic projection mapping - technology borrowed in part from entertainment-industry projection artists - the company aims to give surgeons a kind of 'x-ray vision' for spine surgery, cancer biopsies and other image-guided procedures without forcing them to look away from the operating field.
Image Navigation
Image Navigation is a US-headquartered, Jerusalem-developed medical device company that builds IGI (Image Guided Implantology), a real-time surgical navigation and robotics system for dental implant surgery. It turns a pre-operative CT scan into a live 3D map of a patient's anatomy, tracks the drill with sub-millimeter accuracy, and adds a robotic autostop that shuts the drill off the instant it strays from the planned path - giving dentists the safety of robotics without a rigid robotic arm.
MediView XR, Inc.
MediView XR is a Cleveland, Ohio med-tech company building augmented-reality 'X-ray vision' for surgeons. Founded in 2017 on Cleveland Clinic intellectual property, MediView's FDA-cleared XR90 platform and OmnifyXR Interventional Suite let clinicians see a patient's 3D anatomy - bone, tissue, organs, and vasculature - holographically projected through the skin during minimally invasive, ultrasound-guided procedures. Backed by GE HealthCare, Mayo Clinic, and Cleveland Clinic, the company raised a $24M Series A in October 2025.