The IoT consists of a lot of devices such as embedded systems, wireless sensor nodes (WSNs), control systems, etc. It is essential for some of these devices to protect information that they process and transmit. The issue is that an adversary may steal these devices to gain a physical access to the device. There is a variety of ways that allows to reveal cryptographic keys. One of them are optical Fault Injection attacks. We performed successful optical Fault Injections into different type of gates, in particular INV, NAND, NOR, FF. In our work we concentrate on the selection of the parameters configured by an attacker and their influence on the success of the Fault Injections.
翻译:IoT 由许多装置组成, 如嵌入系统、无线传感器节点、控制系统等 。 其中一些装置必须保护它们处理和传输的信息。 问题是, 对手可以盗取这些装置以实际进入该装置。 有多种方法可以显示密码钥匙。 其中之一是光学电击。 我们成功地向不同种类的门门, 特别是 INV、 NAND、 NOR、 FF 进行了光学断裂投射。 我们的工作重点是选择攻击者配置的参数, 以及它们对错误投射成功的影响 。