Marcell Szakaly

Marcell Szakaly
Department of Computer Science,
Robert Hooke Building
Directions Postal Address
Biography
Marcell is a DPhil student in the Systems Security Lab at the University of Oxford. He studies the security of the EV charging infrastructure, and supervises master's students on related topics. His research has revealed potential security issues in the CCS charging process, and his measurement study showed that many currently deployed chargers use outdated (and less secure) version of the protocol.
Marcell began pursuing cybersecurity research after earning a Master of Physics from Oxford. His work still incorporates many physical aspects, with a strong focus on electronics and RF hardware. He is primarily interested in finding and understanding potential attacks, caused in part by physical design flaws.
Selected Publications
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Short: PIBuster: Exploiting a Common Misconfiguration in CCS EV Chargers
Marcell Szakály‚ Sebastian Köhler and Ivan Martinovic
In 3rd USENIX Symposium on Vehicle Security and Privacy (VehicleSec '25). 2025.
Details about Short: PIBuster: Exploiting a Common Misconfiguration in CCS EV Chargers | BibTeX data for Short: PIBuster: Exploiting a Common Misconfiguration in CCS EV Chargers
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Current Affairs: A Security Measurement Study of CCS EV Charging Deployments
Marcell Szakály‚ Sebastian Köhler and Ivan Martinovic
In 34th USENIX Security Symposium. 2025.
Details about Current Affairs: A Security Measurement Study of CCS EV Charging Deployments | BibTeX data for Current Affairs: A Security Measurement Study of CCS EV Charging Deployments
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Assault and Battery: Evaluating the Security of Power Conversion Systems Against Electromagnetic Injection Attacks
Marcell Szakály‚ Sebastian Köhler‚ Martin Strohmeier and Ivan Martinovic
In 2024 Annual Computer Security Applications Conference (ACSAC). Pages 224−239. 2024.
Details about Assault and Battery: Evaluating the Security of Power Conversion Systems Against Electromagnetic Injection Attacks | BibTeX data for Assault and Battery: Evaluating the Security of Power Conversion Systems Against Electromagnetic Injection Attacks | DOI (10.1109/ACSAC63791.2024.00033)