Policy-based security assessment of mobile end-user devices an alternative to mobile device management solutions for Android smartphones

Thomas Zefferer, Peter Teufl
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引用次数: 4

Abstract

For security-critical applications, the integrity and security of end-user devices is of particular importance. This especially applies to mobile applications that use smartphones to process security-critical data. Unfortunately, users often compromise the security of smartphones by disabling security features for convenience reasons or by unintentionally installing malware from untrusted application sources. Mobile device management (MDM) solutions overcome this problem by providing means to centrally manage and configure smartphones. However, MDM is mainly suitable for corporate environments but often cannot be applied in non-corporate fields of application such as m-banking or m-government. To address this problem, we propose an alternative approach to assure the security and integrity of smartphones. Our approach relies on a device assessor that evaluates the current state of a smartphone according to a security policy. Integration of this device assessor allows smartphone applications to condition the processing of security-critical data on the smartphone's compliance with a defined security policy. We have shown the practicability of the proposed approach by means of a concrete implementation for the Android platform. We have evaluated this implementation on different Android devices. Obtained results show that our approach constitutes an appropriate alternative for scenarios, in which MDM cannot be applied.
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基于策略的移动终端用户设备安全评估是Android智能手机移动设备管理解决方案的替代方案
对于安全关键型应用,终端用户设备的完整性和安全性尤为重要。这尤其适用于使用智能手机处理安全关键数据的移动应用程序。不幸的是,用户经常因为方便而禁用安全功能,或者无意中从不受信任的应用程序源安装恶意软件,从而损害智能手机的安全性。移动设备管理(MDM)解决方案通过提供集中管理和配置智能手机的方法,克服了这个问题。但是,MDM主要适用于企业环境,而通常不能应用于非企业领域的应用程序,如移动银行或移动政府。为了解决这个问题,我们提出了另一种方法来确保智能手机的安全性和完整性。我们的方法依赖于一个设备评估器,它根据安全策略评估智能手机的当前状态。该设备评估器的集成允许智能手机应用程序根据智能手机是否符合已定义的安全策略来限制安全关键数据的处理。我们通过Android平台的具体实现证明了所提出方法的实用性。我们已经在不同的Android设备上评估了这个实现。获得的结果表明,对于不能应用MDM的场景,我们的方法是一种合适的替代方案。
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