Compac: enforce component-level access control in android

Yifei Wang, S. Hariharan, Chenxi Zhao, Jiaming Liu, Wenliang Du
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引用次数: 71

Abstract

In Android applications, third-party components may bring potential security problems, because they have the same privilege as the applications but cannot be fully trusted. It is desirable if their privileges can be restricted. To minimize the privilege of the third-party components, we develop Compac to achieve a fine-grained access control at application's component level. Compac allows developers and users to assign a subset of an application's permissions to some of the application's components. By leveraging the runtime Java package information, the system can acquire the component information that is running in the application. After that, the system makes decisions on privileged access requests according to the policy defined by the developer and user. We have implemented the prototype in Android 4.0.4, and have conducted a comprehensive evaluation. Our case studies show that Compac can effectively restrict the third-party components' permissions. Antutu benchmark shows that the overall score of our work achieves 97.4%, compared with the score of the original Android. In conclusion, Compac can mitigate the damage caused by third-party components with ignorable overhead.
Compac:在android中强制组件级访问控制
在Android应用程序中,第三方组件可能会带来潜在的安全问题,因为它们与应用程序具有相同的权限,但不能完全信任。如果他们的特权能受到限制是可取的。为了最小化第三方组件的权限,我们开发Compac来实现应用程序组件级别的细粒度访问控制。Compac允许开发人员和用户将应用程序权限的子集分配给应用程序的某些组件。通过利用运行时Java包信息,系统可以获取在应用程序中运行的组件信息。之后,系统根据开发人员和用户定义的策略对特权访问请求做出决策。我们已经在Android 4.0.4中实现了原型,并进行了全面的评估。我们的案例研究表明,Compac可以有效地限制第三方组件的权限。安兔兔的基准测试显示,我们的作品整体得分达到97.4%,与原Android的得分相比。总之,Compac可以减轻由第三方组件造成的损害,而开销可以忽略不计。
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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