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Design, implementation, and assessment of a usable multi-biometric continuous authentication system

机译:设计,实施和评估可用的多生物连续认证系统

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摘要

Authentication mechanisms typically verify the user identity only at login, or with tedious explicit authentication requests that improve security at the expense of usability. However, especially for critical systems, workstations have to be tightly and continuously secured in order to prevent unauthorised interventions. Recent researches envisage multi-biometric systems for continuous authentication, where biometric traits are acquired transparently to the user and authentication is provided without requiring explicit actions. In this work we propose a multi-biometric authentication system that continuously and transparently verifies the user identity through face, fingerprint and keystroke recognition. This paper presents the design, prototype implementation and assessment of our system. We evaluate the system usability and its trade-off with security in an experiment involving 60 users. Our findings show that security enhancements are provided and users: 1) perform the actions without additional effort; 2) largely accept the authentication system, which only requires minimal training.
机译:身份验证机制通常仅在登录时或通过繁琐的显式身份验证请求来验证用户身份,这些请求会以牺牲可用性为代价来提高安全性。但是,特别是对于关键系统,必须紧密且连续地固定工作站,以防止未经授权的干预。最近的研究设想了用于连续认证的多生物系统,其中生物特征对用户透明地获取,并且无需明确动作即可提供认证。在这项工作中,我们提出了一种多生物认证系统,该系统通过面部,指纹和按键识别来连续透明地验证用户身份。本文介绍了我们系统的设计,原型实现和评估。我们在一个涉及60个用户的实验中评估了系统的可用性及其在安全性方面的取舍。我们的发现表明,安全性得到了增强,并且用户:1)无需额外花费即可执行操作; 2)在很大程度上接受认证系统,该系统仅需要最少的培训。

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