Protected at the core
Our augmented reality navigation platform is covered by an issued U.S. patent, and a continuation-in-part application extends that protection to bone resection visualization and gap balancing.
- GrantedUS 12,514,646 B2
- Patent pendingUS 2026/0272601 A1
System and method for augmented reality surgical assistance with integrated biomechanical metrics
Covers the integration of augmented reality visualization with real-time biomechanical analysis. By combining patient-specific 3D models with live surgical data, the platform helps surgeons assess alignment, guide implant positioning, and adapt intraoperatively with greater precision and confidence.
View on Google Patents
System and method for augmented reality surgical planning and guidance with dynamic registration, bone resection visualization, and gap balancing
Extends the platform from alignment guidance into the full knee workflow: what has been cut, what remains, and how the joint will balance before the next cut is made.
- Real-time 3D visualization of resected areas and the volume of bone removed
- Flexion and extension gap calculations with automatic adjustment recommendations
- Dynamic registration that keeps virtual and physical anatomy aligned as the patient moves
- Predictive modeling of resection changes so surgeons can compare options before cutting
This patented foundation reinforces our commitment to accurate, data-driven surgical guidance delivered directly in the operating room.