The Mobile Phone as a Multi OTP Device Using Trusted Computing

Mohammed Al Zomai, A. Jøsang
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引用次数: 19

Abstract

The rapid growth in the number of online services leads to an increasing number of different digital identities each user needs to manage. As a result, many people feel overloaded with credentials, which in turn negatively impacts their abilityto manage them securely. Passwords are perhaps the most common type of credential used today. To avoid the tedious task of remembering difficult passwords, users often behave less securely by using low entropy and weak passwords. Weak passwords and bad password habits represent security threats to online services. Some solutions have been developed to eliminate the need for users to create and manage passwords. A typical solution is based on giving the user a hardware token that generates one-time-passwords, i.e. passwords for single session or transaction usage. Unfortunately, most of these solutions do not satisfy scalability and/or usability requirements, or they are simply insecure. In this paper, we propose a scalable OTP solution using mobile phones and based on trusted computing technology that combines enhanced usability with strong security.
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手机作为基于可信计算的多联机设备
在线服务数量的快速增长导致每个用户需要管理的不同数字身份越来越多。因此,许多人感到凭据负担过重,这反过来又对他们安全管理凭据的能力产生了负面影响。密码可能是当今最常用的凭证类型。为了避免记住困难密码的繁琐任务,用户通常使用低熵和弱密码来降低安全性。弱密码和不良的密码习惯是对在线服务的安全威胁。已经开发了一些解决方案来消除用户创建和管理密码的需要。一个典型的解决方案是基于给用户一个硬件令牌来生成一次性密码,即单个会话或事务使用的密码。不幸的是,这些解决方案中的大多数都不能满足可伸缩性和/或可用性需求,或者它们根本不安全。在本文中,我们提出了一种基于可信计算技术的可扩展的移动电话OTP解决方案,该方案结合了增强的可用性和强大的安全性。
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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