For many years, car keys have been the sole mean of authentication in vehicles. Whether
the access control process is physical or wireless, entrusting the ownership of a vehicle to a …

Contemporary cars come by default equipped with several kinds of anti-theft systems.
Despite this, the cars remain vulnerable to a simple physical attack: stealing the keys …

As a car becomes more connected, a countermeasure against automobile theft has become
a significant task in the real world. To respond to automobile theft, data mining, biometrics …

As an important part of intelligent and connected vehicles (ICVs) safety, driver authentication
is a hot research direction in recent years. The existing driver authentication schemes in the …

The emergence of vehicles with driver-assist features, including adaptive cruise control
(ACC) or other automated driving capabilities, introduces the possibility of cyberattacks …

Driver identification has been popular in the field of driving behavior analysis, which has a
broad range of applications in anti-thief, driving style recognition, insurance strategy, and …

Increasing connectivity and automation in vehicles leads to a greater potential attack
surface. Such vulnerabilities within vehicles can also be used for auto-theft, increasing the …

Autonomous vehicles (AVs) have promised to drastically improve the convenience of driving
by releasing the burden of drivers and reducing traffic accidents with more precise control …

The rapid development of intelligent transportation and Internet of Vehicles technology
provides a technical means for obtaining massive, real-time, and multi-dimensional driving …

Motor vehicles are widely used, quite valuable, and often targeted for theft. Preventive
measures include car alarms, proximity control, and physical locks, which can be bypassed …