The decoupling principle: a practical privacy framework

Paul Schmitt, J. Iyengar, Christopher A. Wood, B. Raghavan
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引用次数: 5

Abstract

The three decade struggle to ensure Internet data confidentiality---a key aspect of communications privacy---is finally behind us. Encryption is fast, secure, and standard in all browsers, modern transports, and major protocols. Yet it has long seemed that network privacy is not unified by core principles but a grab bag of techniques and ideas applied to an equally wide range of applications, contexts, layers of infrastructure, and software stacks. Here we attempt to distill a principle---one that is old but seldom discussed as such---for building privacy into Internet services. We explore what privacy properties are desirable and achievable when we apply this principle. We evaluate several classic systems and ones that have been recently deployed with this principle applied, and discuss future directions for network privacy building upon these efforts.
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解耦原理:一个实用的隐私框架
确保互联网数据保密性(通信隐私的一个关键方面)的三十年斗争终于结束了。加密在所有浏览器、现代传输和主要协议中都是快速、安全且标准的。然而,长期以来,网络隐私似乎并没有统一的核心原则,而是应用于同样广泛的应用程序、环境、基础设施层和软件堆栈的技术和思想的大杂烩。在这里,我们试图提炼出一个原则——一个古老但很少被讨论的原则——将隐私构建到互联网服务中。当我们应用这一原则时,我们将探索什么样的隐私属性是可取的和可实现的。我们评估了几个经典系统和最近部署的应用此原则的系统,并讨论了在这些努力的基础上建立网络隐私的未来方向。
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