Securing data transmission channels between smart devices and the cloud using homomorphic encryption for blood pressure monitoring sensors

Abstract

Ensuring the secure transmission of data between smart devices and the cloud is paramount in the context of Blood Pressure Monitoring Sensors. In the realm of “Securing Data Transmission Channel between Smart Devices and Cloud using Homomorphic Encryption for Blood Pressure” “Monitoring sensors play a crucial role in various applications.” The incorporation of homomorphic encryption is considered essential to guarantee the privacy and security of health data. In smart cities, where mobile healthcare networks play a vital role, concerns arise over the transmission of sensitive health information to untrusted cloud servers. Our focus lies in the development of a specialized architecture explicitly designed for the unique requirements of Blood Pressure Monitoring Sensors. Within this paper, a concise yet comprehensive framework, for mobile healthcare networks is outlined, emphasizing three secure medical calculations encompassing tasks such as computing average heart rate detecting long QT syndrome, and performing Chi-square tests are integral aspects of healthcare. Through this methodology, a distinctive and innovative solution is provided, tailored specifically to the challenges of securing data transmission channels for Blood Pressure Monitoring Sensors.