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End-to-end security validation of IoT systems based on digital twins of end-devices

机译:基于终端设备数字孪生的物联网系统的端到端安全性验证

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While the number of digital services is increasing faster and faster, those services rely more and more on IoT systems to collect data and perform data analysis, eventually using AI techniques. In this context, devices are part of the “root of trust” and need to be secured in order to ensure high quality and trusted digital services. This paper presents an approach to facilitate the integration, verification and then the functional validation of the security into devices based on modeling and simulation. This approach allows reducing the cost impact of adding security layer to physical devices.
机译:尽管数字服务的数量越来越快,但这些服务越来越依赖物联网系统来收集数据并进行数据分析,最终使用人工智能技术。在这种情况下,设备是“信任根”的一部分,需要对其进行保护以确保高质量和可信赖的数字服务。本文提出了一种基于模型和仿真的方法,可以方便地将安全性集成,验证,然后对功能进行功能验证。这种方法可以减少对物理设备添加安全层的成本影响。

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