The connectivity of autonomous vehicles induces new attack surfaces and thus the demand
for sophisticated cybersecurity management. Thus, it is important to ensure that in-vehicle …

Growing connectivity of vehicles induces increasing attack surfaces and thus the demand for
a sophisticated security strategy. One part of such a strategy is to accurately detect intrusive …

An increasing amount of cyber-physical systems within modern cars, such as sensors,
actuators, and their electronic control units are connected by in-vehicle networks and these …

Modern vehicles made a meaningful development to more complexity as well as
connectivity in the last decade. Therefore, they cannot be seen as a closed system anymore …

The attack surface of a modern vehicle increases with its connectivity. A strategy to prevent
attacks or at least to identify such attacks and to mitigate their effects is therefore imperative …

Some current and next generation security solutions employ machine learning and related
technologies. Due to the nature of these applications, correct use of machine learning can …

Automobiles are becoming increasingly connected and therefore are vulnerable to cyber
attacks. Intrusion detection systems are a well established technique in cyber security and …

Proliferation of connected services in modern vehicles could make them vulnerable to a
wide range of cyber-attacks through intra-vehicle networks that connect various vehicle …

Nowadays, modern vehicles are becoming even more connected, intelligent, and smart. A
modern vehicle encloses several cyber–physical systems, such as actuators and sensors …

Abstract In recent times, Connected Autonomous Vehicles (CAVs) have been gaining
popularity and have already begun to revolutionize the transport industry, mainly using real …