Title : New vision of Cybersecurity in Smart intelligent Vehicles.

Abstract:

Vehicles have long been considered immune to cyber threats. Recently, attacks have actually been perpetrated, and vehicle cyber protection has emerged as a priority (for example, Tesla, a major player in the vehicle industry, was the victim of a cyberattack). In this presentation, we propose various approaches for detecting and predicting attacks on connected vehicles. The threats considered are both cyber (intrusion into the connected vehicle via the antenna, DDoS, etc.).

In this presentation, we present a new vision of trust in connected networks by presenting a set of behavioral-based models to mitigate attacks in connected networks showing the need to cope with the new emerging threats, ranging from data leakage to collaborative attacks. Our models are not limited by the need of new attack patterns/signatures (to prevent them to fall within zero-day threat). We also present the future vision of securing connected networks while respecting the standards requirements.

Biography:

Lyes Khoukhi is Full Professor of cybersecurity at ENSICAEN, Normandie University (with CNRS GREYC UMR laboratory), Caen, France. He received the Ph.D degree in computer engineering from the University of Sherbrooke, Canada, in 2006. Between 2007 and 2008, he was a researcher with the Department of Computer Science and Operations Research, University of Montreal in collaboration with Bell-Canada. In 2008, he also worked for Dialexia Corporation-Montreal, in the development of safe communications solutions. His research interests include Cybersecurity for new networks & attacks detection and prediction, malicious behaviors modeling, and privacy in energy systems. He has participated as a General chair or program chair of many conferences. He was the Local chair for IEEE LCN 2024, IEEE ICC’23 IoTSN Symposium chair and general chair for LCN 2022. He also served as  the program chair of LCN’21, the program co-chair of CyberWorlds’21 & LCN’20, and Symposium chair for IEEE LCN in 2019. He is also the Symposium chair of Globecom’21 MWN Symposium, co-chair of the IEEE LCN On-move for several years (2013-2018) and QoSQoE of IWCMC (2017-2019), and the general chair of  NOTERE’ 16 (13ème Francophone conference, 2016), and UBIROADS’2012. He is the Guest Editor of several special issues, like Springer journal of Annals of Telecommunications of the SI (Internet of Vehicles & Smart City)-2020, about security and protocols issues in V2X. He is also the SIG leader of “Machine Learning for IoT and ad hoc networks” of the IoT ASHN ComSoc Committee  of IEEE Communications Society since 2020.