In the last years, researchers have exposed vulnerabilities on modern road vehicles that
may have severe safety implications. Specifically, the most popular in-vehicle …

Despite the benefits of electric and autonomous vehicles, current in-vehicle networks lack a
robust and feasible security framework that considers the authentication, confidentiality, and …

Few of proposed protocols that aim to secure in-vehicle networks consider how to generate
group key between Electronic Control Units (ECUs) for message authentication or …

Vehicle authentication is an essential component validating the vehicle's identity and
ensuring the integrity of transformed data for intelligent transport vehicles (ITS) in the …

Distribution of cryptographic keys between devices communicating over a publicly
accessible medium is an important component of secure design for networked systems. In …

The current in-vehicle network lacks a robust security communication mechanism between
Electronic Control Units (ECUs). Although different proposed frameworks aim to secure the …

The Internet of Vehicles (IoV) counts for much in advancing intelligent transportation by
connecting people, vehicles, infrastructures, and cloud servers (CS). However, the open …

In this paper, we propose a distributed key management framework based on group
signature to provision privacy in vehicular ad hoc networks (VANETs). Distributed key …

With the increasing demand for intelligent transportation systems (ITS), security and privacy
requirements are paramount. This led to many proposals aimed at creating a Vehicular …

The security in vehicular ad hoc networks (VANETs) has become a large consideration in
safeguarding growing applications and intelligent transport systems. A group signature, a …