Asvel builds AI‑driven surgical devices that provide real‑time analysis of video and sensor data to guide instrument positioning, assess risk, and suggest optimal movements during operations. The system integrates precision control mechanisms with existing operating‑room equipment, improving accuracy, safety, and reducing procedure times for hospitals and specialty surgical centers.
Funding
Funding not disclosed
Founders
Product
Problem
Surgeons often face limited intraoperative guidance and variable precision, leading to longer operation times, higher risk of complications, and inconsistent outcomes across procedures.
Solution
Asvel develops AI‑driven surgical devices that integrate real‑time data analysis with precision engineering to assist surgeons during operations. The system provides live guidance on instrument positioning, predicts potential risks, and suggests optimal movements, thereby enhancing accuracy and safety. By automating routine adjustments and offering decision support, the platform shortens procedure duration while maintaining high standards of care. The technology is designed to be compatible with existing operating‑room equipment, allowing seamless adoption without extensive workflow changes.
Target Audience
Primary customers are hospitals, surgical centers, and specialty clinics performing high‑precision procedures such as orthopedics, neurosurgery, and cardiovascular surgery.
Features
- Real‑time AI algorithms that analyze intraoperative video and sensor data to offer immediate guidance
- Precision control mechanisms that adjust instrument trajectories based on AI recommendations
- Integrated risk assessment module that alerts surgeons to potential complications as they arise
- Workflow‑agnostic hardware that can be retrofitted to standard surgical tools and consoles
- User interface displaying actionable insights without distracting from the surgical field