This paper elaborated the cybersecurity problems brought by new technology to intelligent and connected vehicles, summarized the development status of quantum communication technology as well as the technology standards and regulations of automotive cybersecurity developed by leading automotive industrial counties and international organizations such as UN/WP.29 and ISO/TC22. Discussed the application value of quantum communication technology to empower intelligent and connected vehicle with cybersecurity protection, and analyzed the application advantages and limitations of quantum communication technology and common key technology. The feasibility of the application of quantum communication technology in the field of intelligent and connected vehicle cybersecurity is demonstrated through typical cases, suggestions on the development of intelligent and connected vehicle cybersecurity in the new stage are also given.
The cybersecurity of electric vehcles(EVs) charging process has attracted more and more attention. In this paper, through the risk assessment of charging system under charging scenario, we clarify the cybersecurity risks of charging system of EVs, and propose systematic protection measures in multiple dimensions for the main cybersecurity risks in charging process. Further, we conduct experimental verification of EVs charging system based on the cybersecurity protection strategy designed in this paper, and prove the cybersecurity protection strategy can protect EVs charging system security from hardware cybersecurity, software cybersecurity, data cybersecurity and communication cybersecurity.
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