Modern vehicles are increasingly connected systems that expose a wide variety of security
risks to their users. Message authentication prevents entire classes of these attacks, such as …

We propose Mini-MAC, a new message authentication protocol that works in existing
automotive computer networks without delaying any message or increasing network traffic …

Until recently, vehicles were a stand-alone domain. They were not connected to anything
other than themselves. However, new vehicles have a connection to the Internet, often to …

Vehicular communication networks have been subject to a growing number of attacks that
put the safety of passengers at risk. This resulted in millions of vehicles being recalled and …

With the increasing amount of interconnections between vehicles, the attack surface of
internal vehicle networks is rising steeply. Although these networks are shielded against …

The Controller Area Network (CAN) is a widely used industry-standard intra-vehicle
broadcast network that connects the Electronic Control Units (ECUs) which control most car …

Driverless cars and driver-assisted vehicles are becoming prevalent in today's transportation
systems. Companies like TESLA, Audi, and Google are among the leaders in this new era of …

In recent years, the automotive industry has undergone a revolution in which data has
become one of the most important element of vehicle functionality. However, most of the in …

Public key cryptography can introduce significant processing delays in vehicular
communication platforms. This can lead to serious performance issues, especially in the …

Controller Area Network (CAN) is the de-facto standard in-vehicle network system. Despite
its wide adoption by automobile manufacturers, the lack of security design makes it …