IoT-Based Smart Surgical Instruments
Keywords:
IoT, precision surgery, artificial intelligence, robotic surgery, Da VinciAbstract
Advanced IoT technologies improve accuracy, monitoring, and patient outcomes, revolutionizing surgical operations. Additionally, advanced IoT is used to create an automated surgical monitoring system. A medical professional data entry and access system decreases mistakes and paperwork time, improving clinical results and care. Similarly, connected surgical tools use sensors, real-time data analytics, and AI to increase precision and eliminate mistakes. Therefore, this paper explores the AI-guided controls, remote monitoring, and improved biosensors that allow surgeons to conduct difficult surgeries with remarkable accuracy. Despite cybersecurity threats, high implementation costs, and technical training needs, IoT-enabled surgical technology may alter healthcare delivery. Additionally, the paper discusses how these technologies enable real-time data transfer, collaborative surgical treatments, and predictive analytics to optimize surgical operations and reduce complications and potential benefits, challenges, and future directions for smart surgical instruments in healthcare.
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