Dr. Ikjot Saini
Assistant professor
School of Computer Science at the University of Windsor
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Co-founder and Co-director
SHIELD Automotive Cybersecurity Centre of Excellence
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Academic Director
KEY AREAS OF FOCUS
AUTOMOTIVE CYBERSECURITY AND PRIVACY
Privacy-preserving Vehicular Communication
The extensive network of connected vehicles utilizing C-V2X technology broadcasts safety information to enhance situational awareness, but maintaining location privacy is crucial. Using static identifiers poses tracking risks, necessitating frequent identifier changes as mandated by the WAVE standard. This ensures secure, anonymous communication while preserving the integrity and privacy of the vehicular network.
Misbehavior Detection in vehicular networks
Misbehavior detection in vehicular networks is crucial to ensure the reliability and security of communication, as malicious entities can compromise network performance and safety. Detecting and mitigating both vehicle and RSU misconduct is essential to maintain trust and integrity within the network. Advanced detection frameworks are necessary to identify and address these threats, ensuring safe and efficient vehicular communication.
Securing Electric Vehicle Charging Communication
Securing communication during electric vehicle charging is vital to protect against cyber threats and ensure the integrity of data exchange between vehicles and charging stations. Robust encryption and authentication protocols are essential to safeguard sensitive information, such as billing and user credentials. Implementing these security measures is crucial for maintaining user trust and the reliability of the electric vehicle charging infrastructure.