ADVANCED IOT-BASED ANESTHESIA MANAGEMENT SYSTEM WITH REMOTE MONITORING AND CONTROLLING

Abstract

In this paper, an efficient system based on the Internet of Things (IoT) which allows for remote monitoring and controlling through Raspberry Pi, to improve the delivery of anesthetic in clinical settings is presented. This method permits real-time monitoring and smooth remote control of anesthetic equipment by using the IoT capabilities and the adaptability of Raspberry Pi. The Raspberry Pi serves as a hub, communicating with the rest of the anesthetic machine and aggregating data from a wide range of sensors. Anesthesia parameters, real-time data visualization, and crucial alert notifications may all be accessed by medical staff through online or mobile apps, thanks to the system's secure cloud interface. The ease of use, confidentiality of patient information, and conformity with applicable laws and regulations are prioritized to guarantee that only authorized individuals have access to medical equipment. Due to its proven dependability and safety, the system is a vital tool for today's hospitals, helping to improve both patient outcomes and doctors' efficiency.