AODV route maintenance using HoneyPots in MANETs

T. Keerthi, P. Venkataram
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引用次数: 8

Abstract

The absence of centralized network management in MANET places the responsibility of route establishment and route maintenance on the nodes in the network. This is the basis of designing widely used routing protocols (example AODV). However, a node with malicious intentions can launch an attack on the network and disrupt its operations. Hence there is an utmost necessity of a mechanism to identify the attack and protect the system from the attackers. In this paper we present a method on providing security in MANET during route maintenance phase using Attacker Detection System (ADS) with the help of Honeypot (HP) and Attack History Database (AHD). The HP interacts with the attackers in order to know their motives and respond accordingly. The use of AHD helps HP in quick attack/attacker identification and crafting replies to attacker. We have simulated MANET with ADS and implemented it in sizes varying from 20 to 200 nodes in NS2. The results presented in paper conform to our claim on the efficiency of ADS in protecting MANET. Also the edge achieved in handling the attacker with the use of HoneyPots and Attack History Database is seen in results.
基于蜜罐的多网AODV路由维护
由于在MANET中没有集中的网络管理,路由的建立和维护的责任都落在了网络中的节点上。这是设计广泛使用的路由协议(例如AODV)的基础。但是,有恶意的节点可以对网络发起攻击,破坏网络的运行。因此,非常需要一种机制来识别攻击并保护系统免受攻击者的攻击。本文提出了一种利用攻击者检测系统(ADS),结合蜜罐(HP)和攻击历史数据库(AHD)在路由维护阶段提供安全保障的方法。HP与攻击者互动,以便了解他们的动机并做出相应的反应。AHD的使用有助于HP快速识别攻击者/攻击者,并对攻击者做出回应。我们用ADS模拟了MANET,并在NS2中以20到200个节点的大小实现了它。本文的结果与我们对ADS保护MANET效率的说法一致。此外,在使用蜜罐和攻击历史数据库处理攻击者方面取得的优势可以在结果中看到。
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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