End-to-end security assessment framework for connected vehicles

David Evans, Daniel Calvo, Adrian Arroyo, A. Manilla, David Gómez
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Abstract

To increase security and to offer user experiences according to the requirements of a hyper-connected world, modern vehicles are integrating complex electronic systems, being transformed into systems of Cyber-Physical Systems (CPS). While a great diversity of heterogeneous hardware and software components must work together and control in real-time crucial functionalities, cybersecurity for the automotive sector is still in its infancy. This paper provides an analysis of the most common vulnerabilities and risks of connected vehicles, using a real example based on industrial and market-ready technologies. Several components have been implemented to inject and simulate multiple attacks, which enable security services and mitigation actions to be developed and validated.
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网联车辆端到端安全评估框架
为了提高安全性并根据超连接世界的要求提供用户体验,现代车辆正在集成复杂的电子系统,转变为网络物理系统(CPS)系统。虽然各种各样的硬件和软件组件必须协同工作并实时控制关键功能,但汽车行业的网络安全仍处于起步阶段。本文使用基于工业和市场就绪技术的真实示例,分析了联网汽车最常见的漏洞和风险。已经实现了几个组件来注入和模拟多种攻击,从而可以开发和验证安全服务和缓解措施。
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