PwdIP-Hash:针对网络钓鱼和钓鱼攻击的轻量级解决方案

B. Aslam, Lei Wu, C. Zou
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引用次数: 12

摘要

我们提出了一个新的轻量级的基于密码的解决方案,保护用户免受网络钓鱼和钓鱼攻击。提议的身份验证依赖于散列密码,该密码是用户输入的密码和身份验证服务器的IP地址的散列值。该解决方案基于这样一个事实,即使用TCP连接的客户端连接的服务器不能谎报其IP地址。如果用户在不知情的情况下被引导到恶意服务器(通过网络钓鱼或Pharming攻击),恶意服务器获得的密码将是散列密码(绑定到恶意服务器的IP地址),攻击者在真实服务器上无法使用,从而击败网络钓鱼/Pharming攻击。建议的解决方案不会增加交换的身份验证消息的数量,也不需要像以前建议的解决方案那样需要硬件令牌。该解决方案还可以安全地抵御拒绝服务攻击,因为在身份验证过程中服务器端不维护任何状态。我们的设计原型既可以作为web浏览器的插件,也可以作为独立的应用程序。进行了全面的用户研究。结果表明,约95%的用户认为所提出的解决方案易于使用和管理。此外,约79%的用户表示愿意使用该应用程序来保护他们的密码。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PwdIP-Hash: A Lightweight Solution to Phishing and Pharming Attacks
We present a novel lightweight password-based solution that safeguards users from Phishing and Pharming attacks. The proposed authentication relies on a hashed password, which is the hash value of the user-typed password and the authentication server’s IP address. The solution rests on the fact that the server connected by a client using TCP connection cannot lie about its IP address. If a user is unknowingly directed to a malicious server (by a Phishing or a Pharming attack), the password obtained by the malicious server will be the hashed-password (tied to the malicious server’s IP address) and will not be usable by the attacker at the real server thus defeating Phishing/Pharming attack. The proposed solution does not increase the number of exchanged authentication messages, nor does it need hardware tokens as required by some previously proposed solutions. The solution is also safe against denial-of-service attacks since no state is maintained on server side during the authentication process. We have prototyped our design both as a web browser’s plug-in and as a standalone application. A comprehensive user study was conducted. The results show that around 95% of users think the proposed solution is easy to use and manage. Further, around 79% of users have shown willingness to use the application to protect their passwords.
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