MIAS: An IoT based Multiphase Identity Authentication Server for Enabling Secure Communication

Abstract

Internet of Things (IoT) provides an imminent floor to exchange information and enhance communication technology using embedded devices that are too sophisticated daily and deployed in diverse fields of life. The colossal volume of sensors employed within IoT application leads to disperse an enormous amount of data in the open air. The rudimentary facet of IoT enabled technologies having the pitfall, security. It is a practical problem in terms of networking, application and communication. Since the resource constraint feature of IoT enabled technology, both security and efficiency can be balanced. The effective algorithm builds over Elliptic Curve Cryptography (ECC) provides an effective solution due to its small key size. The sensor node in this scheme is incorporated with TPM to protect the system in crucial IoT applications. In this proposed work, a three-way authentication factor with key agreement protocol proposed with consecutive phases such as registration, login, authentication, and access control. The security assessment of the proposed scheme with diverse attacks are elaborated and the computation overhead compared with related schemes.