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Trust based mechanism for Securing IoT Routing Protocol RPL against Wormhole Grayhole Attacks

机译:基于信任的机制来保护IoT路由协议RPL免受蠕虫和灰洞攻击

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摘要

Internet of Things is attracting a lot of interest in the modern world and has become a part of daily life leading to a large scale of distribution of Low power and Lossy Networks (LLN). For such networks constrained by low power and storage, IETF has proposed RPL an open standard routing protocol. However RPL protocol is exposed to a number of attacks which may degrade the performance and resources of the network leading to incorrect output. In this paper, to address Wormhole and Grayhole attack we propose a light weight Trust based mechanism. The proposed method uses direct trust which is computed based on node properties and Indirect Trust which is based on opinion of the neighboring nodes. The proposed method is energy friendly and does not impose excessive overhead on network traffic.
机译:物联网在现代世界中吸引了很多兴趣,并已成为日常生活的一部分,导致大规模分布低功耗和有损网络(LLN)。对于受低功耗和存储限制的此类网络,IETF提出了RPL一种开放标准路由协议。但是,RPL协议容易受到多种攻击,这可能会降低网络的性能和资源,从而导致输出错误。在本文中,为了解决蠕虫和灰洞攻击,我们提出了一种基于轻量信任的机制。所提出的方法使用基于节点属性计算的直接信任和基于相邻节点的意见的间接信任。所提出的方法是能量友好的,并且不会对网络流量施加过多的开销。

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