The Intelligence Layer
of Surgery

NVIDIA is using simulation, synthetic data and reinforcement learning to train robotic systems for hospital automation and future autonomous surgery.

UC San Diego researchers used teleoperated humanoid robots to perform laparoscopic surgery in pigs, testing whether general-purpose robots can operate in the OR.

The biggest problem in battlefield trauma is often not the injury itself. It is the time between injury and surgery. SS Innovations is developing a system designed for that gap: a surgical robot delivered directly to the trauma zone. How Vimana Aero works The SSi Vimana Aero is a heavy-lift drone carrying two robotic arms. After landing near a casualty, it connects the system to a trauma surgeon remotely operating through the SSi Mantra command center. The robotic arms have s

Credit: Intuitive Surgical Cardiac surgery has always been the hardest challenge for surgical robotics. A valve repair depends on something robots still struggle to reproduce: touch. Surgeons feel tissue tension, resistance, and the difference between a secure stitch and a dangerous one. That is why cardiac surgery lagged behind urology and gynecology. In January, the FDA cleared Intuitive Surgical’s da Vinci 5 for nine cardiac procedures, including mitral valve repair, tricu

For twenty years, robotic soft-tissue surgery had one name. On July 22, 2026, that changed. J&J's Ottava received FDA de novo authorization. Not a niche entrant. A real alternative. A fundamental design break Da Vinci 5 is an evolution. Ottava is a reset. Intuitive still wheels in a cart and tower, positioned and calibrated before each case. Ottava builds four arms into the table itself, hidden until needed. No cart. No external footprint. J&J claims a 30 to 50 percent smalle

Choosing a surgical robot is no longer a one-company decision. For years, Intuitive's da Vinci platform dominated robotic soft tissue surgery. Today, Medtronic's Hugo and Johnson & Johnson's Ottava offer hospitals alternative approaches, each built around different priorities. All three platforms allow surgeons to perform minimally invasive procedures with robotic assistance. None performs surgery autonomously. The differences lie in design, workflow, clinical experience, and