Securing Data in Compromised Clouds

R. A. Popa
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Abstract

Clouds store a lot of sensitive data. Traditional cloud security relies on building software walls around sensitive data to prevent attackers from breaking in. Nevertheless, attackers always manage to break in because software is complex and thus cannot be exploit-free. A line of cryptographic systems, however, departs from this approach, and provides security guarantees even when attackers have compromised the cloud. In this talk, I will survey a decade of such cryptographic systems, highlighting the main design principles and lessons learned, and pointing to the state-of-the-art systems that one can use today.
保护受损云中的数据
云存储了大量敏感数据。传统的云安全依赖于在敏感数据周围构建软件墙,以防止攻击者闯入。然而,攻击者总是设法闯入,因为软件是复杂的,因此不可能没有漏洞。然而,一系列加密系统与这种方法不同,即使攻击者已经破坏了云,也能提供安全保证。在这次演讲中,我将回顾十年来这样的加密系统,强调主要的设计原则和经验教训,并指出当今可以使用的最先进的系统。
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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