RT Journal Article
T1 Detection, control and mitigation system for secure vehicular communication
A1 Hidalgo, Carlos
A1 Vaca, Myriam
A1 Nowak, Mateusz P.
A1 Frölich, Piotr
A1 Reed, Martin
A1 Al-Naday, Mays
A1 Mpatziakas, Asterios
A1 Protogerou, Aikaterini
A1 Drosou, Anastasios
A1 Tzovaras, Dimitrios
AB The increase in the safety and privacy of automated vehicle drivers against hazardous cyber-attacks will lead to a considerable reduction in the number of global deaths and injuries. In this sense, the European Commission has focused attention on the security of communications in high-risk systems when receiving a cyber-attack such as automated vehicles. The project SerIoT comes up as an possible solution, providing a useful open and reference framework for real-time monitoring of the traffic exchanged through heterogeneous IoT platforms. This system is capable of recognize suspicious patterns, evaluate them and finally take mitigate actions. The paper presents a use case of the SerIoT project related to rerouting tests in vehicular communication. The goal is to ensure secure and reliable communication among Connected Intelligent Transportation Systems (C-ITS) components (vehicles, infrastructures, etc) using the SerIoT's system capabilities to detect and mitigate possible network attacks. Therefore, fleet management and smart intersection scenarios were chosen, where vehicles equipped with On Board Units (OBU) interact with each other and Road Side Units (RSU) to accomplish an optimal flow of traffic. These equipments use the SerIoT systems to deal with cyber-attacks such as Denial of Service (DoS). Tests have been validated in different scenarios under threats situations. It shows the great performance of the SerIoT system taking the corresponding actions to ensure a continuous and safety traffic flow.
SN 2214-2096
YR 2022
FD 2022-04
LA eng
NO Hidalgo , C , Vaca , M , Nowak , M P , Frölich , P , Reed , M , Al-Naday , M , Mpatziakas , A , Protogerou , A , Drosou , A & Tzovaras , D 2022 , ' Detection, control and mitigation system for secure vehicular communication ' , Vehicular Communications , vol. 34 , 100425 , pp. 100425 . https://doi.org/10.1016/j.vehcom.2021.100425
NO Publisher Copyright: © 2021 The Author(s)
DS TECNALIA Publications
RD 3 jul 2024