Cyber-physical security for smart cars: taxonomy of vulnerabilities, threats, and attacks

Abstract

As the passenger vehicles evolve to be "smart", electronic components, including communication and intelligent software, are continuously introduced to new models and concept vehicles. The new paradigm introduces new features and benefits, but also brings new security concerns. Smart cars are considered cyber-physical systems (CPS) because of their integration of cyber- and physical-components. In recent years, various threats, vulnerabilities, and attacks have been discovered from different models of smart cars. In the worst-case scenario, external attackers may remotely obtain full control of the vehicle by exploiting an existing vulnerability. In this poster, we examine smart car security from a CPS' perspective, and derive a taxonomy of threats, vulnerabilities, and attacks. We demonstrate a systematic model of smart car security by distinguishing between cyber, cyber-physical, and physical (C-CP-P) components and their interactions. We present our reflections on how the systematic model and taxonomy could be utilized to help the development of effective control mechanisms.