Security analysis for cits-soc using sensor data from connected vehicles: demo abstract

Takafumi Harada, Keita Hasegawa, Yu Dan, T. Washio, Yoshihito Oshima
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Abstract

Cooperative ITS (CITS) is expected to contribute to a safer and more efficient transportation society by using sensor data shared from connected vehicles. To ensure the safety of such systems, we are working on technology for detecting and responding to cyber attacks via malicious information transmission against CITS. In this demonstration, the following two scenarios are visualized based on the assumption that a service providing the optimum route using sensor-probe information will be implemented in the near future. In the first scenario, using simulations of the Tokyo Metropolitan Expressway traffic flow, we show the potential threats of false-data-injection attacks on transmitted sensor information. In the second scenario, we show that our new detect-and-respond technology can mitigate these threats.
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基于车联网传感器数据的cts -soc安全分析:演示摘要
合作式智能交通系统(CITS)有望通过使用互联车辆共享的传感器数据,为更安全、更高效的交通社会做出贡献。为了确保这些系统的安全,我们正在研究侦测和应对针对中国国旅的恶意信息传输网络攻击的技术。在本演示中,基于使用传感器-探针信息提供最佳路由的服务将在不久的将来实现的假设,可视化了以下两个场景。在第一个场景中,使用东京大都会高速公路交通流的模拟,我们展示了对传输的传感器信息进行假数据注入攻击的潜在威胁。在第二个场景中,我们展示了新的检测和响应技术可以减轻这些威胁。
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