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We're developing an augmented reality platform that brings preoperative imaging and surgical planning directly into the surgeon's view during procedures. It enables enhanced visualization, precision, and real-time guidance to improve accuracy and confidence at every step.

Orthopedics presents some of the most demanding alignment and precision challenges. Joint replacement requires exact implant positioning for long-term outcomes. By starting here, we focus on immediate clinical value where visualization and accuracy make a measurable difference.

Our system aims to improve surgical precision, reduce cognitive load, shorten operative time, and support better patient outcomes. Early evaluations suggest faster adjustments and more consistent implant alignment compared to standard methods.

Traditional navigation systems can be bulky, costly, and disruptive. Our solution is designed to offer comparable accuracy in a lightweight, cost-effective format that integrates easily into existing workflows.

No major changes are needed. The system is designed to complement standard techniques and integrate smoothly, minimizing the learning curve while enhancing intraoperative visualization.

Not yet. The FDA has reviewed our test plan for accuracy, reliability, and safety, and we are completing verification and validation testing ahead of submitting our 510(k) application.

Yes. The same AR visualization used in surgery supports surgical training by projecting anatomy and procedural steps in 3D, helping learners build spatial awareness and precision in realistic, hands-on environments. See Provision Academy.

It confirms our regulatory pathway is progressing as planned. Hospitals and surgeons can be confident that the system is undergoing rigorous testing for accuracy, reliability, and safety before clinical use.