579 Immersive and Interactive Robotic Urology Training at a Distance: Results from a Pilot Study

Dr. Andrea Noya-Morullo

Technology and surgical training are increasingly inseparable, with 5G/6G enabling real-time, long-distance interaction in the operating room. This pilot study assessed the feasibility of immersive robotic tutoring using augmented reality (AR) glasses (Apple Vision Pro). Three patients were included: two underwent robot-assisted radical prostatectomy and one partial nephrectomy with the HUGO RAS system. AR glasses transmitted audiovisual feedback to another headset or a standard screen via hospital 6G Wi-Fi. Three scenarios were tested: remote supervision of OR setup and docking, intraoperative sharing of the surgeon’s view, and AR-enhanced proctoring with real-time trocar guidance. Connections were stable, all procedures uneventful, and patients discharged on day one. This study demonstrates the feasibility of live, immersive robotic training at distance, opening new possibilities for surgical education and mentoring.

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