DOI: https://doi.org/10.36347/sjmcr.2025.v13i11.034

Pages: 2809-2814

Embedded real-time systems have emerged now as a transformative technology in healthcare robotics because they transform multiple domains that involve medical care using precision technology. This thorough article examined robotic surgery's unprecedented precision as well as autonomous diagnostics' improved patient monitoring together with adaptive assistance's rehabilitation medicine advancement in addition to geographical barriers' telemedicine facilitation not to mention collaborative care environments' multi-robot systems coordination including strict monitoring protocols' patient safety assurance. Embedded systems using artificial intelligence greatly improved clinical outcomes within diverse applications. In surgical settings, these technologies can achieve a sub-millimeter precision for minimally invasive procedures. These technologies diminish surgical problems too. Patient monitoring applications benefit via instantaneous data processing because it detects subtle physiological changes often missed by conventional methods. Rehabilitation robots use real-time feedback mechanisms so they can dynamically adjust assistance levels based on the way that patients perform. It also explores how these systems minimize latency and provide haptic feedback for dealing with problems in telemedicine, coordinate smoothly between multiple robotic units in hospital environments, implement multi-layered safety protocols, and integrate with hospital information systems to optimize workflow efficiency. Future advances promise greater autonomy and greater environmental awareness. More intuitive human-robot interfaces will expand medical robot capabilities along with ensuring safety with reliability in healthcare delivery as this field evolves