Researchers at Johns Hopkins University recently reached a major milestone in the field of robotic surgery. By introducing advanced artificial intelligence (AI), called SRT-H, they succeeded in making an autonomous surgical robot capable of performing complex procedures based on simple voice instructions. This surgical robot is now able to understand and obey commands given by doctors, marking a new milestone in the application of AI technologies to healthcare. Artificial Intelligence Revolutionizes Surgery with Linguistic Autonomy Robotic surgery has just reached an impressive milestone thanks to AI. Researchers have presented an autonomous surgical robot named SRT-H, capable of performing various medical operations by following human voice instructions. This feat represents a major advancement for medical robotics, paving the way for autonomous surgical procedures. This robot, developed by Johns Hopkins University, is designed to understand and respond to verbal commands, transforming the medical field. New Horizons for Robotic Surgery Experts at Johns Hopkins University have unveiled a major project centered around the SRT-H autonomous surgical robot. The goal is to perform complex surgical procedures using voice instructions. The development and testing of this robot demonstrate its ability to perform surgical procedures autonomously. The robot leverages cutting-edge machine learning technologies, similar to those that power models like ChatGPT.Functionality and Adaptability The SRT-H robot uses a hierarchical architecture, allowing it to precisely adapt to the patient’s anatomy and perform surgical procedures with great dexterity. This voice-recognition control system offers surgeons greater flexibility and precision during operations. The robot was trained by watching videos of veteran surgeons performing procedures on pig cadavers, providing it with a rich database of models to emulate.Successful Surgical Procedures One notable achievement of this technology is the removal of the gallbladder, performed without direct human intervention, but with real-time voice instructions. Although the test was conducted on a synthetic patient, the results demonstrated the robot’s ability to adapt to unexpected changes, such as visual changes in tissue or a shift in the starting point. Although this procedure took longer than one performed by a human surgeon, it demonstrated an equivalent level of accuracy. Future Prospects The researchers are optimistic about the future of autonomous surgery. In 2022, the team successfully performed a robot procedure on a pig, using a highly controlled environment and labeled tissue to guide its actions. The goal now is to expand this technology to other types of operations, including on real human patients. The study highlights that these artificial intelligence models could soon be reliable enough to conduct fully autonomous surgeries.