Wormhole Formation and Simulation in Dynamic Source Routing Protocol using NS3

Nisha Sharma, D. Sharma, M. Sharma
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Abstract

Mobile Ad hoc networks (MANET) are becoming extremely popular because of the expedient features that also make them more exposed to various kinds of security attacks. The Wormhole attack is considered to be the most unsafe attack due to its unusual pattern of tunnel creation between two malevolent nodes. In it, one malevolent node attracts all the traffic towards the tunnel and forwards it to another malevolent node at the other end of the tunnel and replays them again in the network. Once the Wormhole tunnel is created it can launch different kind of other attacks such as routing attack, packet dropping, spoofing etc. In past few years a lot of research is done for securing routing protocols. Dynamic Source Routing (DSR) protocol is considered foremost MANET routing protocols. In this paper we are forming the wormhole tunnel in which malevolent nodes use different interfaces for communication in DSR protocol. NS3 simulator is being used for the analysis of the DSR routing protocol under the wormhole attack. This paper provides better understanding of the wormhole attack in DSR protocol which can benefit further research.
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基于NS3的动态源路由协议中的虫洞形成与仿真
移动自组织网络(MANET)正变得非常流行,因为它的权宜之计也使它们更容易受到各种安全攻击。虫洞攻击被认为是最不安全的攻击,因为它在两个恶意节点之间建立了不寻常的隧道模式。在这种情况下,一个恶意节点将所有流量吸引到隧道中,并将其转发到隧道另一端的另一个恶意节点,并在网络中再次重播。一旦虫洞隧道被创建,它可以发起不同类型的其他攻击,如路由攻击,数据包丢弃,欺骗等。在过去的几年里,人们对路由协议的安全性进行了大量的研究。动态源路由(DSR)协议被认为是最重要的MANET路由协议。在DSR协议中,恶意节点使用不同的接口进行通信,形成虫洞隧道。利用NS3模拟器对虫洞攻击下的DSR路由协议进行分析。本文对DSR协议中的虫洞攻击有了更好的认识,有助于进一步的研究。
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