Moon Surgical Showcases Maestro System and Vision for Physical AI at NVIDIA GTC Paris

13 June 2025 | News

At VivaTech 2025, Moon Surgical highlights how its Maestro system—powered by NVIDIA technologies—is redefining surgical robotics with Physical AI to support global surgical teams and over 1,500 procedures worldwide.
Image Courtesy: Public Domain

Image Courtesy: Public Domain

Moon Surgical , the French-American leader in physical AI for the operating room, announced its participation in NVIDIA GTC Paris, during VivaTech2025. Working with NVIDIA, Moon Surgical is highlighting its Maestro system as a pioneering example of physical AI in action, empowering surgical teams worldwide.

To date, the Maestro system has supported more than 1,500 surgeries worldwide, including more than 1,300 in the past year alone. Through the integration of physics AI (a fusion of perceptual robotics and real-time computing), Maestro has demonstrated its adaptability to 60 different minimally invasive procedures and its growing role in high-volume outpatient care.

Physical AI is the integration of perceptual hardware and large local computing power to enable software-defined systems to understand and interact with the physical world in real time. From system deployment to procedural subtasks, Physical AI combines the strengths of robotic devices and agentic AI: it is the infrastructure layer of the operating room. Maestro uses ambient sensing and robotics powered by NVIDIA Holoscan and NVIDIA IGX technologies to bring this type of capability to clinical practice and help surgical teams deliver consistent and efficient care.

Anne Osdoit, CEO of Moon Surgical, will present “Reimagining Surgical Robotics as Physical AI Agents for Global Reach” at GTC Paris, highlighting how generative physical AI is redefining the role of surgical robotics through simulation and human collaboration. Maestro is designed to enhance (but not replace) human skills by acting as an extension of the surgical team to facilitate coordination, communication, and refinement of technique during minimally invasive surgical procedures.

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