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Collaborative Agent-based Detection of DDoS IoT Botnets

机译:基于协作代理的DDoS IoT僵尸网络检测

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The Internet of Things constitutes the latest paradigm shift in computing. Billions of devices sense the real world and store produced data in the cloud. Existing security models, approaches and solutions are not able to sufficiently protect modern computing infrastructures, consisting of numerous low power devices that are characterized by high diversity in both hardware and software. In this paper a new approach to IoT security, based on a distributed multi-agent system is presented. We use a lightweight agent in each one of multiple IoT installations (e.g. smarthomes), in order to collaboratively detect security events and prevent probable attacks. A simulation is conducted in order to evaluate the performance of the proposed methodology. In particular the methodology is used to minimize the effects of distributed denial of service attacks, conducted by the use of IoT devices botnets, such as the mirai botnet attacks, spotted recently.
机译:物联网构成了计算领域的最新范式转变。数十亿设备感知现实世界,并将生成的数据存储在云中。现有的安全模型,方法和解决方案不能充分保护现代计算基础结构,而现代计算基础结构由众多低功耗设备组成,这些设备的硬件和软件均具有高度的多样性。本文提出了一种基于分布式多代理系统的物联网安全新方法。我们在多个IoT安装(例如智能家居)中的每一个中使用轻量级代理,以协作检测安全事件并防止可能的攻击。为了评估所提出方法的性能,进行了仿真。特别是,该方法用于最大程度地减少分布式拒绝服务攻击的影响,这种攻击是通过使用IoT设备僵尸网络(例如最近发现的mirai僵尸网络攻击)进行的。

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