Author: Christina Malliou Connected Autonomous Vehicles (CAVs) rely heavily on data received from their environment and their sensors. The information from the traffic lights or the roadside units (RSUs) allows to handle traffic scenarios, adapt routes, avoid congestion and enhance traffic efficiency or even reduce CO2 emission. Through their senso...
  Authors: Kate Francis, Vito Pavese, Anastasia Botsi As is the case with the vast majority of new and emerging technologies, Connected and Autonomous Vehicles (CAVs) have a significant potential to positively impact society. Once widely adopted, CAVs may contribute to reducing automotive accidents and consequently, fatalities.[1]For...
 Author: Matthewson Quentin Connected Autonomous Vehicles (CAVs) will get more and more present on the roads in the future. They are a great way to improve traffic fluidity and thus reduce pollution. As long as other non-autonomous vehicles are present, traffic lights will be mandatory to coordinate the flow of cars. Nowadays, in most countrie...
Authors: Benedetto Marco Serinelli,Meriem Benyahya,Niels A. Nijdam  The Open Web Application Security Project (OWASP) Top 10 is a standard awareness document1 that widely describes web applications' most critical security risks. The analysis below gives insight into such vulnerabilities, as depicted in Figure 1. Figure 1: Potential risks for W...
Author: Konstantina Tsakiri Edited by: Aikaterini Kokoliou, Kristina Livitckaia In the era of Connected and Autonomous Vehicles (CAVs), as they could be considered a tempting target for cyber-attacks, the vulnerability aspect should be thoroughly considered and analyzed in the vehicles' design and supporting systems and components. ISO/SAE 214...
Author: Jan LauingerEdited by: Mohammad Hamad, Sebastian Steinhorst 1. Introduction With the rise of technology in the automotive industry, vehicles are more and more connected to the cloud and roadside infrastructure, thus, defining the term "Internet of Vehicles" (IoV). In addition to that, environment sensing, enabled by advanced senso...
Author: Athanasios Papadakis Edited by: Kristina Livitckaia The autonomous vehicle (AV) ecosystem creates a rapidly emerging domain of advanced research, entrepreneurship, and innovation. Autonomous vehicles range from individual cars to taxis and shuttles and facilitate massive public autonomous transport services development. With the f...
This demonstration shows how the nIoVe operator configures and deploys a virtualized HoneyFarm to a vehicle. The deployed virtual infrastructure is able to capture attack propagation trends through an integrated monitor tool (Wazuh) and analyze the attack mechanisms and behavior of the attackers. You can find also the video available on nIoVe's You...
nIoVe project is a 36 months European project, co-founded by the European Union's Horizon 2020. nIoVe brings together European excellence in order to build an innovative cybersecurity of CAVs and IoV ecosystem solution to support automotive manufacturers and transport providers. The Consortium is highly interdisciplinary and trans-national. It cons...