In the last decade, the automotive industry incorporated multiple electronic components into
vehicles introducing various capabilities for adversaries to generate diverse types of attacks …

Modern vehicular wireless technology enables vehicles to exchange information at any time,
from any place, to any network-forms the vehicle-to-everything (V2X) communication …

The security of vehicle communication buses and electronic control units has received much
attention in the recent years. However, while essential for practical deployments, the …

Automotive control networks offer little resistance against security threats that come with the
long-range connectivity in modern cars. Remote attacks that undermine the safety of …

Self-driving cars, believed to be on track to become a seven trillion-dollar industry by 2050,
are likely to be a popular mode of transportation in the near future, as the technology …

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 …

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 …

With the proliferation of artificial intelligence and its integration into modern infrastructure
including smart cities, autonomous cyber-physical systems will form the core of any such …

Abstract The Controller Area Network (CAN) is the most widely employed communication
protocol for in-vehicle applications. While many of its features qualify it as a suitable …

Connected Autonomous Vehicles (CAV) have attracted significant attention, specifically due
to successful deployment of ultra-reliable low-latency communications with Fifth Generation …