Pseudo-Node Attack on the Smart Grid

Sean Monemi, R. Meguerdijian, Phat Lam, Eduardo Portillo, Devon Marantz, César Flores, Tam Lam, T. Kim
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Abstract

As there has been an evolution of electronic devices, Power Grids are no exception. This paper explores how to use Raspberry Pi’s (RPi) to operate a grid set up with a graphic interface and a sensing mechanism. Such a set up will prove useful for the many people who are looking for a framework to design their own Smart Grids using open source packages along with conveniently accessible and affordable devices. Moreover, test of a unique variation of a cyber-attack that floods a network and would prevent a Smart Grid from operating normally by drastically reducing performance. However, unlike other flooding attacks, this flooding attack would carry out its process internal to the network, which makes this type of an attack far more difficult to detect since it deviates from a traditional flooding attack, which occurs external to systems.
智能电网的伪节点攻击
随着电子设备的不断发展,电网也不例外。本文探讨了如何使用树莓派(RPi)来操作一个带有图形界面和传感机制的网格。这样的设置将证明对许多正在寻找一个框架来设计他们自己的智能电网的人是有用的,他们使用开源软件包以及方便访问和负担得起的设备。此外,还测试了一种网络攻击的独特变体,这种网络攻击会淹没整个网络,并通过大幅降低性能来阻止智能电网的正常运行。然而,与其他洪水攻击不同的是,这种洪水攻击将在网络内部执行其过程,这使得这种类型的攻击更加难以检测,因为它偏离了传统的洪水攻击,发生在系统外部。
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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