Content-based security for the web

A. Afanasyev, J. A. Halderman, Scott Ruoti, K. Seamons, Yingdi Yu, D. Zappala, Lixia Zhang
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引用次数: 13

Abstract

The World Wide Web has become the most common platform for building applications and delivering content. Yet despite years of research, the web continues to face severe security challenges related to data integrity and confidentiality. Rather than continuing the exploit-and-patch cycle, we propose addressing these challenges at an architectural level, by supplementing the web's existing connection-based and server-based security models with a new approach: content-based security. With this approach, content is directly signed and encrypted at rest, enabling it to be delivered via any path and then validated by the browser. We explore how this new architectural approach can be applied to the web and analyze its security benefits. We then discuss a broad research agenda to realize this vision and the challenges that must be overcome.
基于内容的web安全性
万维网已经成为构建应用程序和传递内容的最常见的平台。然而,尽管经过多年的研究,web仍然面临着与数据完整性和机密性相关的严峻安全挑战。我们建议在架构层面上解决这些挑战,而不是继续“利用-修补”的循环,用一种新的方法来补充网络现有的基于连接和基于服务器的安全模型:基于内容的安全。使用这种方法,内容在静态状态下直接签名和加密,使其能够通过任何路径传递,然后由浏览器进行验证。我们将探讨如何将这种新的架构方法应用于web,并分析其安全优势。然后,我们讨论了一个广泛的研究议程,以实现这一愿景和必须克服的挑战。
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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