Android加密系统

Peter Teufl, Andreas Fitzek, Daniel M. Hein, Alexander Marsalek, Alexander Oprisnik, Thomas Zefferer
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引用次数: 20

摘要

智能手机和平板电脑的高可用性受到消费者、企业和公共部门的欢迎。然而,特别是在非消费领域,安全因素在平台选择过程中起着决定性的作用。目前移动设备领域的所有公司(苹果、谷歌、微软)都在最初面向消费者的设备上添加了广泛的安全功能,或者从一开始就把安全作为核心功能来处理(RIM,现在的黑莓)。保护设备上的数据或设备备份中的数据的关键安全特性之一是加密系统,这在大多数当前设备中都是可用的。然而,即使假设系统被正确实现,在安全关键型环境中部署移动设备时,也需要考虑各种参数、特定用例和弱点。作为系列论文的第二部分(第一部分是关于iOS的),本文分析了Android平台的部署及其加密系统在安全关键环境中的使用。为此,对Android的不同加密系统进行了评估,并详细分析了其对不同攻击的易感性。基于这些结果,提出了一个工作流,该工作流支持Android平台的部署和在安全关键应用场景中使用其加密系统。
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Android encryption systems
The high usability of smartphones and tablets is embraced by consumers as well as the corporate and public sector. However, especially in the non-consumer area the factor security plays a decisive role for the platform-selection process. All of the current companies within the mobile device sector added a wide range of security features to the initially consumer-oriented devices (Apple, Google, Microsoft), or have dealt with security as a core feature from the beginning (RIM, now Blackerry). One of the key security features for protecting data on the device or in device backups are encryption systems, which are available in the majority of current devices. However, even under the assumption that the systems are implemented correctly, there is a wide range of parameters, specific use cases, and weaknesses that need to be considered when deploying mobile devices in security-critical environments. As the second part in a series of papers (the first part was on iOS), this work analyzes the deployment of the Android platform and the usage of its encryption systems within a security-critical context. For this purpose, Android's different encryption systems are assessed and their susceptibility to different attacks is analyzed in detail. Based on these results a workflow is presented, which supports deployment of the Android platform and usage of its encryption systems within security-critical application scenarios.
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