Modern vehicles contain a multitude of electronic control units that implement software
features controlling most of the operational, entertainment, connectivity, and safety aspects …

With the increasing replacement of classical mechanical systems by safety-critical
embedded systems, car manufacturers have raised the awareness of safety attributes and …

In the past few years, automotive electronic control units (ECUs) have been the focus of
many studies regarding the ability to affect the deterministic operation of safety critical cyber …

Future connected car and autonomous applications need to consider the integrity and
assurance of electronic systems-not focus only on one domain such as functional safety or …

In recent years, several attacks were successfully demonstrated against automotive safety
systems. The advancement towards driver assistance, autonomous driving, and rich …

Previous research revealed pervasive software vulnerabilities in modern automobiles. This
article presents a rejoinder to that research, discussing four general approaches to secure …

Automotive electronic control units (ECUs) have been the focus of many security
researchers who have demonstrated the ability to affect the deterministic operation of safety …

Abstract Cyber-Physical Systems (CPSs) have become an essential ingredient of today's
digital world. They operate in a deeply embedded manner inside infrastructures for …

Our lives depend on automotive cybersecurity, which protects us inside vehicles as well as
near them. If vehicles go rogue, they can operate against the driver's will and potentially …

Security risk analysis and quantification for automotive systems is a challenging task. This
challenge is exacerbated when physical systems are integrated with computation and …