Towards Lightweight Authentication and Batch Verification Scheme in IoV
Himani Sikarwar, Debasis Das
Abstract
Revolution in the transportation industry was envisioned by self-driving vehicles, with the potential of communication with other vehicles and interaction with other units of the smart environment. With the advent of the Internet of Vehicles(IoV), which is a system that allows communication between vehicles and other static components of the environment and is a convergence of the Internet of Things (IoT), vehicles are considered as an essential part of the network having secure data sensing and processing platforms. Many vehicular ad-hoc networks (VANETs) research focused on the limited set of applications for intelligent transportation systems (ITS) and typically implied safe driving, infotainment, and traffic management. However, it still exhibits an enormous scope of enhancement in various areas of ITS. In this article, we present a new architecture for IoV, keeping in view the different aspects of ITS and discussing how it can mitigate the challenges of secure communication in IoV along with the new visionary solution for authentication. An IoV is highly dynamic, having different topological structures, uneven distribution of nodes, and, therefore, vulnerable to various security and privacy attacks. This article also presents an efficient batch verification scheme having lightweight authentication that uses bilinear map and one-way hash functions to ensure a high level of security within the limited time constraint as compared to single message verification. The proposed scheme has better performance than the existing techniques in terms of computational delay, time complexity, transmission overhead, and energy consumption.