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Encrypted QR Code Based Optical Challenge-Response Authentication by Mobile Devices for Mounting Concealed File System

机译:基于加密QR码的移动设备安装隐蔽文件系统的光学质询-响应认证

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Nowadays mobile devices have become the majority terminals used by people for social activities so that carrying business data and private information in them have become normal. Accordingly, the risk of data related cyber attacks has become one of the most critical security concerns. The main purpose of this work is to mitigate the risk of data breaches and damages caused by malware and the lost of mobile devices. In this paper, we propose an encrypted QR code based optical challenge-response authentication by mobile devices for mounting concealed file systems. The concealed file system is basically invisible to the users unless being successfully mounted. The proposed authentication scheme practically applies cryptography and QR code technologies to challenge-response scheme in order to secure the concealed file system. The key contribution of this work is to clarify a possibility of a mounting authentication scheme involving two mobile devices using a special optical communication way (QR code exchanges) which can be realizable without involving any network accesses. We implemented a prototype system and based on the preliminary feature evaluations results we confirmed that encrypted QR code based optical challenge-response is possible between a laptop and a smart phone and it can be applied to authentication for mounting concealed file systems.
机译:如今,移动设备已成为人们用于社交活动的主要终端,因此在其中携带业务数据和私人信息已变得很正常。因此,与数据相关的网络攻击的风险已成为最关键的安全问题之一。这项工作的主要目的是减轻由恶意软件和移动设备丢失引起的数据泄露和损坏风险。在本文中,我们提出了一种由移动设备基于加密QR码的光学质询-响应身份验证来安装隐藏文件系统。除非成功安装,否则隐藏的文件系统对于用户基本上是不可见的。所提出的认证方案实际上将密码学和QR码技术应用于质询-响应方案,以保护隐藏的文件系统。这项工作的主要贡献在于,阐明了采用一种特殊的光通信方式(QR码交换)涉及两个移动设备的安装验证方案的可能性,这种方式可以在不涉及任何网络访问的情况下实现。我们实施了一个原型系统,并根据初步的功能评估结果,我们确认了在笔记本电脑和智能手机之间可以使用基于加密QR代码的光学质询响应,并且可以将其应用于安装隐藏文件系统的身份验证。

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