Complex Engineering Systems as an enabler for security in Internet of Vehicles: The nIoVe approach

Angeliki Zacharaki, I. Paliokas, K. Votis, C. Alexakos, D. Serpanos, D. Tzovaras
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引用次数: 5

Abstract

—Today’s vehicles are increasingly “connected”; there is wireless data exchange with servers, infrastructure and other vehicles. Tomorrow’s vehicles will be automated and autonomous, capable of sensing their environment and navigating through cities without human interference. Therefore, connected and autonomous vehicles come with the cost of a new set of threats pertaining to higher risks of cyberattacks. A cyber-attack in a Connected Vehicle (CV) can yield high recall costs, loss of property and even jeopardise human safety. Therefore, the need for cyber protection of CVs is becoming paramount. nIoVe introduces a holistic and multi-layered cybersecurity solution for the Internet-of-Vehicles (IoV) by addressing secure-by-design aspects of CVs, along with cyber protection, threat response and attack recovery at vehicle, infrastructure and service/application layer of the whole IoV ecosystem at complex use cases.
作为车联网安全推动者的复杂工程系统:nIoVe方法
-今天的车辆越来越“联网”服务器、基础设施和其他交通工具之间可以进行无线数据交换。未来的汽车将是自动化和自主的,能够感知周围的环境,并在没有人为干扰的情况下在城市中导航。因此,联网和自动驾驶汽车带来了一系列新的威胁,这些威胁与更高的网络攻击风险有关。联网汽车(CV)中的网络攻击可能会产生高昂的召回成本、财产损失,甚至危及人身安全。因此,简历的网络保护变得至关重要。nIoVe为车联网(IoV)引入了一个整体的、多层次的网络安全解决方案,通过解决cv的设计安全问题,以及车辆的网络保护、威胁响应和攻击恢复,以及复杂用例下整个车联网生态系统的基础设施和服务/应用层。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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