Multi-Factor Authentication on Cloud

S. H. Khan, M. Akbar
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引用次数: 15

Abstract

Due to the recent security infringement incidents of single factor authentication services, there is an inclination towards the use of multi-factor authentication (MFA) mechanisms. These MFA mechanisms should be available to use on modern hand-held computing devices like smart phones due to their big share in computational devices market. Moreover, the high social acceptability and ubiquitous nature has attracted the enterprises to offer their services on modern day hand-held devices. In this regard, the big challenge for these enterprises is to ensure security and privacy of users. To address this issue, we have implemented a verification system that combines human inherence factor (handwritten signature biometrics) with the standard knowledge factor (user specific passwords) to achieve a high level of security. The major computational load of the aforementioned task is shifted on a cloud based application server so that a platform-independent user verification service with ubiquitous access becomes possible. Custom applications are built for both the iOS and Android based devices which are linked with the cloud based two factor authentication (TFA) server. The system is tested on-the-run by a diverse group of users and 98.4% signature verification accuracy is achieved.
云上的多因素身份验证
由于近年来单因素身份验证服务的安全侵害事件,多因素身份验证(MFA)机制的使用成为一种趋势。这些MFA机制应该可以用于现代手持计算设备,如智能手机,因为它们在计算设备市场中占有很大的份额。此外,高社会接受度和无处不在的性质吸引了企业在现代手持设备上提供服务。在这方面,对于这些企业来说,最大的挑战是确保用户的安全和隐私。为了解决这个问题,我们已经实现了一个验证系统,该系统将人的内在因素(手写签名生物识别)与标准知识因素(用户特定密码)相结合,以实现高水平的安全性。上述任务的主要计算负载转移到基于云的应用程序服务器上,从而使具有无处不在访问的独立于平台的用户验证服务成为可能。自定义应用程序是为基于iOS和Android的设备构建的,这些设备与基于云的双因素身份验证(TFA)服务器相关联。该系统由不同的用户组进行运行测试,签名验证准确率达到98.4%。
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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