Redefine Surgery Intelligence with Physical AI
We create a physical AI copilot to empower surgeons to perform surgeries
TECHNOLOGY
A Biomimetic Soft Robotic System that Cognitively and Physically Assists Surgeons in Minimally Invasive Surgery
INNOVATION & IMPACTS
SAM – Redefine Surgery Intelligence
- Supervision – Enable precision surgery through real-time 3D vision and spatial intelligence to improve patient outcomes and operational efficiency.
- Automation – Provide autonomous and personalized laparoscope control to alleviate staffing shortages and elevate surgical productivity at scale.
- Model – Streamline preoperative planning, intraoperative guidance, and postoperative analysis, while advancing surgeon–AI co-learning with a surgical foundational model.
TEAMS
Jindong Tan
Professor
Gregory Mancini
Surgeon
Jonathan DeLong
Surgeon
Shuai Li
Associate Professor