Reliable Data Transmission and Secured Communications Using Artinian Rings

Abstract

Several authentication schemes have been proposed for dispersed networks that are cloud-based. Still, the majority of methods are vulnerable to security flaws such replay attacks, privileged insider threats, mutual authentication, and user anonymity. In order to offer security and privacy, this study implements an authenticated environment based on sensors and sensor-tags, utilizing S-USI (single-user sign-in). A strong secure based S-USI mechanism and a well-formed coexistence protocol proof for pervasive cloud services are provided to reinforce the authentication process by using various algebraic structures. The prominence of the suggested techniques is demonstrated to demonstrate the security effectiveness of the suggested S-USI using formal security analysis. The comparison results from the formal verification shows that the suggested S-USI has less computational overhead, making it potentially more appropriate for telecare medical information systems by using artinian rings.