Learn more about the effective alternative to traditional, operator-dependent, marker-based techniques in the OR.

Highly promising results to advance high-precision applications in surgical navigation and digitization.

Marker-less tracking of surgical instruments is becoming a feasible alternative to existing marker-based systems.

A Surgical Digital Twin (SDT) for a high-fidelity representation of all entities and interactions during surgery—patients, instruments, devices, and medical staff.

The platform enables users to explore procedures — such as total hip arthroplasty — through a unique blend of high-resolution procedural videos and photorealistic 3D reconstructions.

Enhanced 3D Visualization of surgical environments

Revolutionizing Surgeons' Training in Orthopedic Surgery!

Overcoming Hallucination when Navigating within AR and VR Environment.

A complete AR-based training procedure with synthetic bone models was developed at OR-X, using augmented reality (AR) glasses. This is a...

Our partners at ETH Zurich have addressed the limitations of multi-layer perceptron (MLP) when modeling 3D data. Marko Mihajlovic, Sergey...

Autonomous virtual humans that move and behave naturally are Siyu Tang’s vision. One area from which the computer scientist draws...