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Hardware-enabled AI for Embedded Security: A New Paradigm

机译:支持嵌入式安全的基于硬件的AI:新范式

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As chips become more and more connected, they are more exposed (both to network and to physical attacks). Therefore one shall ensure they enjoy a sufficient protection level. Security within chips is accordingly becoming a hot topic. Incident detection and reporting is one novel function expected from chips. In this talk, we explain why it is worthwhile to resort to Artificial Intelligence (AI) for security event handling. Drivers are the need to aggregate multiple and heterogeneous security sensors, the need to digest this information quickly to produce exploitable information, and so while maintaining a low false positive detection rate. Key features are adequate learning procedures and fast and secure classification accelerated by hardware. A challenge is to embed such security-oriented AI logic, while not compromising chip power budget and silicon area. This talk accounts for the opportunities permitted by the symbiotic encounter between chip security and AI.
机译:随着芯片之间​​的连接越来越紧密,它们暴露的风险也越来越大(同时受到网络和物理攻击)。因此,应确保他们享有足够的保护水平。因此,芯片内的安全性成为热门话题。事件检测和报告是芯片所期望的一种新颖功能。在本演讲中,我们解释了为什么值得利用人工智能(AI)进行安全事件处理。驱动程序需要聚集多个不同种类的安全传感器,需要快速消化此信息以产生可利用的信息,因此需要保持较低的误报率。关键特性是适当的学习程序以及通过硬件加速的快速安全分类。一个挑战是嵌入这种面向安全的AI逻辑,同时又不影响芯片功耗预算和芯片面积。这次演讲说明了芯片安全性和AI之间共生相遇所带来的机会。

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