A Denial-of-Service Resistant Authentication Solution for Security Protocols

Yinqing Li, Jianhui Chen
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Abstract

Nowadays, security protocols are under the threat of compute resource exhausting DoS attack and memory resource exhausting DoS attack. Based on the research of Cookie method and Client Puzzle way, a sponsor identity authenticating solution for resisting DoS attacks was presented, which can improve security protocol: by only add two or three messages based on original protocol can the solution enhances the original protocol's ability on resisting resource exhausting DoS attacks without changing its architecture. The frame and implementation of solution was presented, then, the solution analysis and experiment was conducted. The experimental result confirmed the validity of this solution, and showed that the solution can enhance the ability of security protocols on resisting resource exhausting DoS attack.
安全协议的抗拒绝服务认证解决方案
目前,安全协议面临着计算资源耗尽DoS攻击和内存资源耗尽DoS攻击的威胁。在研究Cookie方法和Client Puzzle方法的基础上,提出了一种抗DoS攻击的赞助商身份认证方案,该方案可以提高协议的安全性:在原有协议的基础上只增加两三个消息,就可以在不改变原有协议架构的情况下增强原有协议抵御资源耗尽型DoS攻击的能力。给出了方案的框架和实现,并进行了方案分析和实验。实验结果验证了该方案的有效性,并表明该方案能够增强安全协议抵御资源耗尽DoS攻击的能力。
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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