Integrated DDoS Attack Defense Infrastructure for Effective Attack Prevention

Yang-Seo Choi, J. Oh, Jongsoo Jang, Jaecheol Ryou
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引用次数: 41

Abstract

Currently attackers are trying to paralyze servers and networks with various types of DDoS attacks. For example, on 7th July in 2009, a DDoS attack occurred against 48 web sites in South Korea and U.S.A. In this attack, the attack traffic pattern and the botnet construction methods are different from that of previous version. Due to the differences of the attack patterns, the 7.7 DDoS attack was not detected easily. These days, such new types of sophisticated attacks occur and it???s not easy to detect those attacks effectively. In fact, it???s been more than ten years since DDoS attacks discovered in late 1990s. However, DDoS attack is still one of the biggest threats in Internet infrastructure and IT environment. It is because almost all the DDoS defense techniques are not focused on general characteristics and infrastructure but on specific characteristics in each attack. In order to develop a general purpose DDoS defense technology, all the attack process and general characteristics should be analyzed. Furthermore, based on the each attack phases and location of network topology also have to be analyzed. For that, in this paper, we show a general DDoS attack process and each phase in this process. For each phase, we propose DDoS attack prevention requirements and finally suggest the integrated DDoS attack defense infrastructure. For the detailed explanation, we classify attack detection techniques into three categories.
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一体化DDoS攻击防范基础设施,有效防范攻击
目前,攻击者试图通过各种类型的DDoS攻击使服务器和网络瘫痪。例如,2009年7月7日,韩国和美国发生了针对48个网站的DDoS攻击。在这次攻击中,攻击流量模式和僵尸网络构建方法与以前的版本有所不同。由于攻击方式的差异,7.7 DDoS攻击不容易被检测到。这些天,这种新型的复杂攻击发生了,它??有效地检测这些攻击并不容易。事实上,它??自从20世纪90年代末发现DDoS攻击以来,已经有十多年了。然而,DDoS攻击仍然是互联网基础设施和IT环境中最大的威胁之一。这是因为几乎所有的DDoS防御技术都不是针对一般特征和基础设施,而是针对每次攻击的特定特征。为了开发一种通用的DDoS防御技术,需要对所有的攻击过程和一般特征进行分析。此外,还需要根据每个攻击阶段和所处的网络拓扑进行分析。为此,在本文中,我们展示了一个通用的DDoS攻击过程以及这个过程中的各个阶段。针对每个阶段提出了DDoS攻击防范需求,最后提出了综合DDoS攻击防范基础架构。为了详细解释,我们将攻击检测技术分为三类。
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