KHAP: Using Keyed Hard AI Problems to Secure Human Interfaces

J. King, A. D. Santos, Chaoting Xuan, Scientia V. No
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引用次数: 2

Abstract

There is often a need for users to securely interact with a remote computing system. Typical solutions assume that a local trusted computing platform is available, but this is often not the case. We introduce KHAP, a protocol for using hard artificial intelligence problems to provide message authentication checks centered around a human verifier. We also formally introduce the notion of a keyed hard AI problem, which is one that uses an authentication key to prove the source and integrity of a message. We give examples of some keyed hard AI problems, as well as examples of KHAP’s applicability to the specific problem domains of Internet voting and the use of smartcards for digital signatures.
KHAP:使用关键的硬AI问题来保护人机界面
用户经常需要安全地与远程计算系统进行交互。典型的解决方案假设有可用的本地可信计算平台,但通常情况并非如此。我们介绍KHAP,这是一种使用硬人工智能问题来提供以人类验证者为中心的消息身份验证检查的协议。我们还正式引入了密钥硬AI问题的概念,即使用身份验证密钥来证明消息的来源和完整性。我们给出了一些关键的硬人工智能问题的例子,以及KHAP在互联网投票和使用智能卡进行数字签名等特定问题领域的适用性的例子。
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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