IBMAS (Identity-based message authentication systems) is a viable option
for safeguarding data transfers in Internet of Vehicles (IoV) settings. We cover the
state-of-the-art in IBMAS for IoVs in this book chapter, including their goal,
techniques, results, contributions, implications, limits, and relevance. The goal of this
chapter is to give academics and practitioners an overview of IBMAS for IoVs,
including their design and implementation, to assist them in understanding the potential
benefits and limits of these systems. We provide a study of existing IBMAS for IoVs in
the literature, assessing their features, performance, and security aspects. We also
propose a technique for assessing the efficacy of IBMAS for IoVs, concentrating on
essential parameters such as message authentication performance, scalability, and
attack resistance. The results of our test show that IBMAS can offer excellent message
authentication with little overhead in IoV situations. Our addition to the literature is a
thorough examination of IBMAS for IoVs, including their benefits and drawbacks, as
well as a practical approach for assessing their performance and security qualities. We
also talk about the consequences of IBMAS for IoVs, such as how they could affect
data security and privacy in smart transportation systems. However, IBMAS has
significant disadvantages, such as its reliance on a trusted third party and the risk of
key exposure. Notwithstanding these limitations, IBMAS is important for IoVs because
of its capacity to offer efficient and secure message authentication, which is crucial for
the safe and dependable functioning of IoV systems. Finally, this chapter is an
excellent resource for academics and practitioners interested in IBMAS for IoVs,
covering their design, implementation, and assessment, as well as their implications for
data security and privacy in intelligent transportation systems.
Keywords: Authentication, IBMAS, IoVs, V2X.
