SPA: Inviting Your Friends to Help Set Android Apps

Zeqing Guo, Weili Han, Liangxing Liu, Wenyuan Xu, Ruiqin Bu, Minyue Ni
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引用次数: 2

Abstract

More and more powerful personal smart devices take users, especially the elder, into a disaster of policy administration where users are forced to set personal management policies in these devices. Considering a real case of this issue in the Android security, it is hard for users, even some programmers, to generally identify malicious permission requests when they install a third-party application. Motivated by the popularity of mutual assistance among friends (including family members) in the real world, we propose a novel framework for policy administration, referring to Socialized Policy Administration (SPA for short), to help users manage the policies in widely deployed personal devices. SPA leverages a basic idea that a user may invite his or her friends to help set the applications. Especially, when the size of invited friends increases, the setting result can be more resilient to a few malicious or unprofessional friends. We define the security properties of SPA, and propose an enforcement framework where users' friends can help users set applications without the leakage of friends' preferences with the supports of a privacy preserving mechanism. In our prototype, we only leverage partially homomorphic encryption cryptosystems to implement our framework, because the fully homomorphic encryption is not acceptable to be deployed in a practical service at the moment. Based on our prototype and performance evaluation, SPA is promising to support major types of policies in current popular applications with acceptable performance.
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SPA:邀请你的朋友帮助设置Android应用程序
越来越强大的个人智能设备将用户,尤其是老年人带入了策略管理的灾难,用户不得不在这些设备中设置个人管理策略。考虑到Android安全问题的真实案例,用户,甚至一些程序员,在安装第三方应用程序时通常很难识别恶意权限请求。受现实世界中朋友(包括家庭成员)之间相互帮助的流行影响,我们提出了一种新的策略管理框架,即社会化策略管理(简称SPA),以帮助用户管理广泛部署的个人设备中的策略。SPA利用了一个基本思想,即用户可以邀请他或她的朋友来帮助设置应用程序。特别是,当邀请的朋友数量增加时,设置结果可能会更有弹性,以应对一些恶意或不专业的朋友。我们定义了SPA的安全属性,并提出了一个执行框架,在该框架下,用户的好友可以在不泄露好友偏好的情况下帮助用户设置应用程序,并支持隐私保护机制。在我们的原型中,我们仅利用部分同态加密密码系统来实现我们的框架,因为目前在实际服务中部署完全同态加密是不可接受的。根据我们的原型和性能评估,SPA有望以可接受的性能支持当前流行应用程序中的主要策略类型。
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