Visible to the public Adaptable Safety and Security in V2X Systems

TitleAdaptable Safety and Security in V2X Systems
Publication TypeConference Paper
Year of Publication2017
AuthorsVillarreal-Vasquez, M., Bhargava, B., Angin, P.
Conference Name2017 IEEE International Congress on Internet of Things (ICIOT)
Date PublishedJune 2017
ISBN Number978-1-5386-2011-3
Keywordsadaptability, adaptive safety/security approach, authentication, automobiles, Brakes, connected vehicles, cyber physical systems, dynamic adaptability approach, Human Behavior, human factors, infotainment, Internet, Internet of Vehicles, maximum safety, Metrics, mobile computing, network conditions, performance limitation threats, pubcrawl, Resiliency, road safety, road traffic, Roads, Safety, security, security threats, simple V2V highway scenario, telecommunication security, telecommunication traffic, traffic efficiency, V2X systems, vehicular ad hoc networks, wireless communications

With the advances in the areas of mobile computing and wireless communications, V2X systems have become a promising technology enabling deployment of applications providing road safety, traffic efficiency and infotainment. Due to their increasing popularity, V2X networks have become a major target for attackers, making them vulnerable to security threats and network conditions, and thus affecting the safety of passengers, vehicles and roads. Existing research in V2X does not effectively address the safety, security and performance limitation threats to connected vehicles, as a result of considering these aspects separately instead of jointly. In this work, we focus on the analysis of the tradeoffs between safety, security and performance of V2X systems and propose a dynamic adaptability approach considering all three aspects jointly based on application needs and context to achieve maximum safety on the roads using an Internet of vehicles. Experiments with a simple V2V highway scenario demonstrate that an adaptive safety/security approach is essential and V2X systems have great potential for providing low reaction times.

Citation Keyvillarreal-vasquez_adaptable_2017