Undergrad Research Project - Electronic Vehicle Security

Summer-1/All 2015

Jai Rajgarhia
Vyas Sekar, Venkat Viswanathan
Project description

In this project, we aim to address the goal of developing a comprehensive understanding of the challenges associated with undermining of electric vehicle safety through launching remote attacks specifically to degrade the battery packs both at the pack level and the cell level. For instance, key concerns for the adoption of EVs are factors such as “range anxiety” (battery life) and safety of batteries (e.g., fire hazards). Attackers who can reduce battery life or induce battery systems into unsafe operating regimes can have significant societal and economic impact for EV adoption. To this end, we will develop formal physics based detailed battery degradation models that will be used to test possible attack strategies. Based on this understanding, we will design control strategies to both detect and minimize damage from these attacks. Specifically, I am working on the hacking aspect of this project. This involves remotely hacking into an ECU based on its attack surface and vulnerabilities and possibly build a firewall to prevent this. I plan on examining cryptography as a useful measure to design such a firewall and making it implementable on a short ranged remote attack.

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