TowerDefense: Deployment strategies for battling against IP prefix hijacking

Tongqing Qiu, Lusheng Ji, Dan Pei, Jia Wang, Jun Xu
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引用次数: 12

Abstract

IP prefix hijacking is one of the top security threats targeting today's Internet routing protocol. Several schemes have been proposed to either detect or mitigate prefix hijacking events. However, none of these approaches is adopted and deployed on a large-scale on the Internet for reasons such as scalability, economical practicality, or unrealistic assumptions about the collaborations among ISPs. Thus there are no actionable and deployable solutions for dealing with prefix hijacking. In this paper, we study key issues related to deploying and operating an IP prefix hijacking detection and mitigation system. Our contributions include (i) deployment strategies for hijacking detection and mitigation system (named as TowerDefense): a practical service model for prefix hijacking protection and effective algorithms for selecting agent locations for detecting and mitigating prefix hijacking attacks; and (ii) large scale experiments on PlanetLab and extensive analysis on the performance of TowerDefense.
塔防:对抗IP前缀劫持的部署策略
IP前缀劫持是当今互联网路由协议的主要安全威胁之一。已经提出了几种检测或减轻前缀劫持事件的方案。然而,由于可伸缩性、经济实用性或对isp之间协作的不切实际的假设等原因,这些方法都没有被大规模地采用和部署在互联网上。因此,没有可操作和可部署的解决方案来处理前缀劫持。在本文中,我们研究了部署和运行IP前缀劫持检测和缓解系统相关的关键问题。我们的贡献包括:(i)劫持检测和缓解系统的部署策略(称为TowerDefense):前缀劫持保护的实用服务模型和用于选择检测和缓解前缀劫持攻击的代理位置的有效算法;(ii)在PlanetLab上进行大规模实验,并对塔防系统的性能进行广泛分析。
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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