Redefine Surgery provides an AI‑driven visual navigation and robotics platform that acts as a surgical mentor, delivering real‑time, trackerless computer‑vision guidance with sub‑millimeter and sub‑degree precision. The system integrates compact, robotically adjustable instruments into existing orthopedic workflows, enabling surgeons to perform faster, more accurate procedures while retaining full control.
Funding
Funding not disclosed
Founders
Product
Problem
Surgeons face increasing case volumes and rely on manual tools and bulky robotic systems that are costly, slow to set up, and add procedural complexity without delivering proportional efficiency gains.
Solution
Redefine Surgery offers an AI‑driven visual navigation and robotics platform that serves as a surgical mentor, providing real‑time, computer‑vision guidance without the need for external trackers or fiducials. The system delivers sub‑millimeter and sub‑degree precision during key operative steps while integrating compact, reusable instruments that can be robotically adjusted. By embedding expert surgical data into the AI, the platform offers intuitive, surgeon‑controlled assistance that speeds procedures, enhances accuracy, and fits within existing orthopedic workflows. The solution is designed to be smaller, faster to deploy, and directly augment the surgeon’s skill set rather than replace it.
Target Audience
Primary customers are orthopedic surgeons seeking faster, more precise procedures, and medical device OEMs looking to co‑develop AI‑enabled surgical systems.
Features
- Trackerless computer‑vision navigation eliminating the need for fiducial markers or external arrays
- Precision of approximately 1 mm positional and 1° angular accuracy for critical surgical steps
- Compact, reusable instrument set with built‑in robotic actuation for fine adjustments
- AI mentorship layer trained on expert surgeon data, delivering real‑time visual cues and feedback
- Seamless integration into standard orthopedic operating room workflows