HTTP FLOOD DDoS防护算法的开发

P. Razumov, O. Safaryan, I. Smirnov, V. Porksheyan, N. Boldyrikhin, D. Korochentsev, L. Cherckesova, Sergey A. Osikov
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引用次数: 9

摘要

最相关的网络攻击之一是ddos攻击,其目的是服务器失败(拒绝)服务。它的成功实现限制或确保了位于服务器上的信息系统资源对所有用户的不可访问性。这种攻击的后果可能会导致IS所有者的经济损失,以及整个硬件的故障。在OSI模型的L7层检测DDoS攻击的方法的实际实现- HTTP Flood如果提供。该方法基于再现客户机与服务器交互的数学模型。它考虑了描述网络和服务器运行的参数的个体特征,影响了更有效检测攻击的可能性。作者的开发提供了该过程的软件实现作为扩展模块,以反映攻击方对HTTP_Flood_reject的大量无效请求。该解决方案的实现旨在保护商业机构和自然人提供服务的关键资源不受ddos类攻击。
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Developing of Algorithm of HTTP FLOOD DDoS Protection
One of most relevant cyberattacks are DDoS–attacks, purpose of which is failure (denial) of service by server. Its successful implementation limits, or ensures the inaccessibility of information system resources located on server, to all its users. The consequences of this attack can result in financial losses for IS owner, as well as failure of hardware as a whole. Practical implementation of the method for detecting DDoS attacks at L7 level of OSI model – HTTP Flood if offered. This method is based on mathematical model that reproduces the interaction of clients with the server. It takes into account the individual characteristics of parameters describing operation of network and server, which affects to the possibility of more effective attack detection. Authors’ development offers the software implementation of this procedure as extension module to reflect large number of non– valid requests from attacking side of HTTP_Flood_reject. Such solution realization is aimed to protect critical resources of commercial organizations and natural persons to provide service from DDos–type attacks.
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