Detection of Botnet Based Attacks on Network

Prachi
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Abstract

This chapter describes how with Botnets becoming more and more the leading cyber threat on the web nowadays, they also serve as the key platform for carrying out large-scale distributed attacks. Although a substantial amount of research in the fields of botnet detection and analysis, bot-masters inculcate new techniques to make them more sophisticated, destructive and hard to detect with the help of code encryption and obfuscation. This chapter proposes a new model to detect botnet behavior on the basis of traffic analysis and machine learning techniques. Traffic analysis behavior does not depend upon payload analysis so the proposed technique is immune to code encryption and other evasion techniques generally used by bot-masters. This chapter analyzes the benchmark datasets as well as real-time generated traffic to determine the feasibility of botnet detection using traffic flow analysis. Experimental results clearly indicate that a proposed model is able to classify the network traffic as a botnet or as normal traffic with a high accuracy and low false-positive rates.
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基于僵尸网络的网络攻击检测
本章描述了随着僵尸网络越来越成为当今网络上的主要网络威胁,它们也是实施大规模分布式攻击的关键平台。尽管在僵尸网络检测和分析领域进行了大量的研究,但机器人大师们不断灌输新技术,使它们更加复杂,破坏性更强,并且在代码加密和混淆的帮助下难以被发现。本章提出了一种基于流量分析和机器学习技术的僵尸网络行为检测新模型。流量分析行为不依赖于负载分析,因此所提出的技术不受代码加密和其他bot-master通常使用的逃避技术的影响。本章分析了基准数据集以及实时生成的流量,以确定利用流量分析进行僵尸网络检测的可行性。实验结果清楚地表明,该模型能够以较高的准确率和较低的误报率将网络流量分类为僵尸网络或正常流量。
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A Survey on Denial of Service Attacks and Preclusions Botnet and Internet of Things (IoTs) Denial-of-Service and Botnet Analysis, Detection, and Mitigation Detection of Botnet Based Attacks on Network Successful Computer Forensics Analysis on the Cyber Attack Botnet
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