The cyber-physical vehicle is one of the underpinnings of modern society, however, if a
vehicle's design is faulty it carries a risk of injury to the occupants and the public. It has been …

There are already a number of cybersecurity activities introduced in the development
process in the automotive industry. For example, security testing of automotive components …

Automotive systems have become increasingly more complex, interconnected and prone to
cyberattacks in recent years. With larger software bases and multiple external …

This chapter explores practical security testing approaches in more detail. It provides an
overview of practical security testing for automotive systems focusing on security functional …

There is a need for new tools and techniques to aid automotive engineers performing
cybersecurity testing on connected car systems. This is in order to support the principle of …

This demonstration introduces an adaptive fuzzing physical test bed aimed at identifying
vulnerabilities within automotive systems, specifically focusing on the Controller Area …

There is increasing computational complexity within the connected car, and with the advent
of autonomous vehicles, how do manufacturers test for cyber-security assurance? The fuzz …

In intelligent connected vehicles, the in-vehicle ECUs (Electronic Control Units) are
essentially embedded systems. Existing vulnerability discovery methods for embedded …

As technology advances, mechanical parts of vehicles are being equipped with
microcontrollers, including software, and are evolving into ECUs (Electronic Control Unit) …

With the rapid development of connected and auton-omous vehicles, more sophisticated
automotive systems running large portions of software and implementing a variety of …