Dynamic Deployment Model of Lightweight Honeynet for Internet of Things

Le résumé fourni par la source

Distributed honeynet is an important active defense system in the application scenario of Internet of Things. It is a long-term challenge to enhance the deception of honeynet to intruders. In order to increase the deception of distributed honeynets and weaken the attack power of intruders, this paper proposes to dynamically deploy lightweight honeypots near the terminal devices of the Internet of Things, and adjust the vulnerability footprints of real devices and fake honeypots in real time by combining the moving target defense strategy, so as to realize the real-time change of distributed honeynets topology and state. This method increases the complexity of attacks on IoT devices, and reduces security risks by increasing the attack cost of IoT intruders.

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