SilverLine:防止数据泄露从受损的web应用程序

Y. Mundada, Anirudh Ramachandran, N. Feamster
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引用次数: 8

摘要

Web应用程序可能存在导致服务器端数据泄露的漏洞。保护来自Web应用程序的敏感数据,同时确保合理的性能,并且不需要开发人员重写整个应用程序,这是一项挑战。我们介绍了SilverLine,它可以防止由于Web应用程序中的代码注入以及应用程序服务器上的用户级进程受到损害而导致的大量数据泄漏。SilverLine使用登录信息将用户与每个Web会话关联起来;然后,它会污染每个文件和数据库记录,并对与每个会话关联的数据应用信息流跟踪,以确保应用程序数据仅向授权用户的会话发布。SilverLine专注于隔离用户会话之间的数据,因此最适合涉及单用户会话的应用程序(例如,银行、电子商务)。我们已经在Linux上实现了SilverLine;我们的实现表明,SilverLine只需修改原始应用程序的60行代码,就可以保护基于php的Web应用程序免受许多最常见的服务器端Web应用程序攻击。我们的评估显示,与未经修改的应用程序相比,SilverLine带来的性能开销约为20-30%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SilverLine: preventing data leaks from compromised web applications
Web applications can have vulnerabilities that result in server-side data leaks. Securing sensitive data from Web applications while ensuring reasonable performance and without requiring developers to rewrite entire applications is challenging. We present SilverLine, which prevents bulk data leaks caused due to code injection in Web applications as well as compromised user-level processes on the application server. SilverLine uses login information to associate a user with each Web session; it then taints each file and database record and applies information-flow tracking to the data associated with each session to ensure that application data is released only to sessions of authorized users. SilverLine focuses on isolating data between user sessions and is thus most suitable to applications that involve single user sessions (e.g., banking, e-commerce). We have implemented SilverLine on Linux; our implementation demonstrates that SilverLine can protect a PHP-based Web application from many of the most common server-side Web application attacks by modifying only about 60 lines of code from the original application. Our evaluation shows that SilverLine incurs a performance overhead of about 20-30% over unmodified applications.
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