A Review on Issues and challenges for Protection against DDoS Attacks using Software-Defined Networks approach

Amit Kumar Chaturvedi, Kalpana Sharma, Divyat Mahajan
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Abstract

DDoS attacks are noticed from last many years but due to growing figure of such attacks in present time increases the awareness of them. Many researchers proposed useful detection and mitigation methods for such DDoS attacks. DDoS attack is somewhat simple to perform, hard to safeguard against, and the aggressor is once in a while followed back. The assailant dispatches a DDoS assault utilizing a botnet to produce immense measure of traffic against a casualty's web worker. The casualty might be a business association, government, or basic framework. The wellspring of the attack can be any gadget associated with the web. During the last one and half year of covid-19 pandemic, the exponential growth of about 542% for such attacks is noticed. As all the organizations started working online, the security solutions that provide a safe and secure online working environment are required more. Software-Defined Networks solution is the better option for such requirements. It is a stage towards the foundation of a dynamic and unified nature of the organization. In this paper, we have reviewed that challenges and solutions for SDN networks. The study reveals important detection and mit-igation methods and strategies against DDoS attacks.
软件定义网络防范DDoS攻击的问题与挑战综述
DDoS攻击从过去的许多年开始被注意到,但由于目前这种攻击的数量越来越多,人们对它们的认识也越来越高。许多研究人员针对此类DDoS攻击提出了有用的检测和缓解方法。DDoS攻击执行起来比较简单,很难防范,而且攻击者偶尔会被击退。攻击者利用僵尸网络发动DDoS攻击,对受害者的网络工作人员产生巨大的流量。受害者可能是商业协会、政府或基本框架。攻击的源头可以是任何与网络相关的设备。在covid-19大流行的最后一年半期间,这类攻击的指数增长约542%。随着所有组织都开始在线工作,对提供安全可靠的在线工作环境的安全解决方案的需求越来越大。软件定义网络解决方案是满足此类需求的更好选择。这是一个建立组织的动态和统一性质的阶段。在本文中,我们回顾了SDN网络面临的挑战和解决方案。该研究揭示了针对DDoS攻击的重要检测和缓解方法和策略。
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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