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Secure Information Caching on the Web

机译:Web上的安全信息缓存

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摘要

Web has become the key information source over the last few years and caching has been exploited and applied to reduce web server and network congestion as well as to improve response time. There are three types of web caching techniques: forward proxy, reverse proxy, and transparent proxy. Forward proxy server caches data close to users and is targeted to improve the user/browser response time. On the contrary, reverse proxy server normally locates next to a back-end server and is mainly targeted to reduce back-end server workload. As the web moving from primarily for information sharing to also becoming a key platform for business operations, a new generation of caching mechanism is needed to enforce the security of business content and to preserve the confidentiality of personal information. In this paper, we describe a web caching system that enhances the caching function by optionally enforcing fine grain access control rules, set by the back-end servers, on the cached content. Our system takes advantage of edge (proxy) server technology for delivering data/information from locations adjacent to users while enforcing access control rule set for each piece of cached content or page fragment.
机译:在过去的几年中,Web已成为关键的信息源,并且缓存已被开发和应用以减少Web服务器和网络的拥塞以及缩短响应时间。 Web缓存技术有三种类型:正向代理,反向代理和透明代理。前向代理服务器缓存靠近用户的数据,其目的是缩短用户/浏览器的响应时间。相反,反向代理服务器通常位于后端服务器旁边,主要目的是减少后端服务器的工作量。随着Web从主要用于信息共享的位置转变为也成为业务操作的关键平台,需要一种新一代的缓存机制来增强业务内容的安全性并保护个人信息的机密性。在本文中,我们描述了一种Web缓存系统,该系统通过在后端缓存的内容上有选择地强制执行由后端服务器设置的细粒度访问控制规则来增强缓存功能。我们的系统利用边缘(代理)服务器技术从邻近用户的位置传递数据/信息,同时针对每项缓存的内容或页面片段实施访问控制规则集。

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