wrap:通过Web引用进行拒绝服务防御

Xiaofeng Wang, M. Reiter
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引用次数: 8

摘要

网络是一个复杂的图表,数以百万计的网站相互连接在一起。在本文中,我们建议使用这种Web站点图结构来减轻对Web站点的洪水攻击,使用一种新的特权服务Web引用体系结构(“WRAPS”)。WRAPS允许合法客户端从目标网站信任的网站通过单击引用连字符链接获得特权URL。使用该URL,客户机可以以一种更不容易受到DDoS洪水攻击的方式获得对目标Web站点的特权访问。WRAPS不需要更改Web客户端软件,并且对于推荐网站来说非常轻量级,这简化了它的部署。Web站点图的巨大规模可以阻止通过阻止所有引用来隔离Web站点的企图。我们介绍了WRAPS的设计,以及用于评估我们的提案的原型系统的实现。我们的实证研究表明,尽管受到密集的洪水攻击,但WRAPS仍能使合法客户顺利连接到网站,其代价是网站的ISP边缘路由器的少量开销
本文章由计算机程序翻译,如有差异,请以英文原文为准。
WRAPS: Denial-of-Service Defense through Web Referrals
The Web is a complicated graph, with millions of Web sites interlinked together. In this paper, we propose to use this Web sitegraph structure to mitigate flooding attacks on a Web site, using a new Web referral architecture for privileged service ("WRAPS"). WRAPS allows a legitimate client to obtain a privilege URL through a click on a referral hypher-link, from a Web site trusted by the target Web site. Using that URL, the client can get privileged access to the target Web site in a manner that is far less vulnerable to a DDoS flooding attack. WRAPS does not require changes to Web client software and is extremely lightweight for referrer Web sites, which eases its deployment. The massive scale of the Web sitegraph could deter attempts to isolate a Web site through blocking all referrers. We present the design of WRAPS, and the implementation of a prototype system used to evaluate our proposal. Our empirical study demonstrates that WRAPS enables legitimate clients to connect to a Web site smoothly in spite of an intensive flooding attack, at the cost of small overheads on the Web site's ISP's edge routers
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