Evaluating V2V Security on an SDR Testbed

Geoff Twardokus, Hanif Rahbari
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引用次数: 3

Abstract

We showcase the capabilities of V2Verifier, a new open-source software-defined radio (SDR) testbed for vehicle-to-vehicle (V2V) communications security, to expose the strengths and vulnerabilities of current V2V security systems based on the IEEE 1609.2 standard. V2Verifier supports both major V2V technologies and facilitates a broad range of experimentation with upper- and lower-layer attacks using a combination of SDRs and commercial V2V on-board units (OBUs). We demonstrate two separate attacks (jamming and replay) against Dedicated Short Range Communication (DSRC) and Cellular Vehicle-to-Everything (C-V2X) technologies, experimentally quantifying the threat posed by these types of attacks. We also use V2Verifier’s open-source implementation to show how the 1609.2 standard can effectively mitigate certain types of attacks (e.g., message replay), facilitating further research into the security of V2V.
基于SDR测试平台的V2V安全性评估
我们展示了V2Verifier的功能,这是一个新的开源软件定义无线电(SDR)测试平台,用于车辆对车辆(V2V)通信安全,以暴露当前基于IEEE 1609.2标准的V2V安全系统的优势和漏洞。V2Verifier支持两种主要的V2V技术,并使用sdr和商用V2V板上单元(OBUs)的组合,促进了对上层和下层攻击的广泛实验。我们演示了针对专用短程通信(DSRC)和蜂窝车对万物(C-V2X)技术的两种单独攻击(干扰和重放),并通过实验量化了这些类型攻击所构成的威胁。我们还使用V2Verifier的开源实现来展示1609.2标准如何有效地减轻某些类型的攻击(例如,消息重播),从而促进对V2V安全性的进一步研究。
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