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 …

Modern vehicles utilize various functionalities that require security solutions such as secure
in-vehicle communication and ECU authentication. Cryptographic keys are the basis for …

In this study, we propose a key management scheme by considering the life cycle of a
vehicle. The proposed scheme comprises electronic control unit (ECU), authentication ECU …

Controller Area Networks (CAN) are the backbone for communication among devices in
modern automobiles. Although CAN bus is reliable, simple, low-cost, and low-power, which …

Public key infrastructure (PKI) is the most widely used security mechanism for securing
communications over the network. However, there are known performance issues, making it …

As automobiles increase in functionality and convenience, they are increasingly connected
via multiple wireless capabilities, which also increase access to a vehicle's Controller Area …

In the intelligent transportation system (ITS), vehicle networks (VNs) can well solve the
network related problems. However, as VNs are expected to have a wide range of …

The Controller Area Network (CAN) is the most popular protocol for electronic control units
(ECUs) in vehicles which require high security. Recent usages of CAN have raised security …

To enable the vehicle control system to provide better service, an increasing number of
network nodes are being introduced into the vehicle; this also dramatically expands the …

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