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Sentient-based Access Control model: A mitigation technique for Advanced Persistent Threats in Smartphones

机译:基于感知器的访问控制模型:针对智能手机中的高级持续威胁的缓解技术

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摘要

This research sheds light on the nature of an advanced persistent threat (APT) on smartphones by analysing real APT attack cases targeting smartphone users. Based on the research, context-aware access control is the best technique to minimise APT instigated by social engineering attacks in smartphones. Therefore, this research proposes an access control model known as sentient-based access control model (SENSATE), which combines role- and attribute-based and multi-level security to maintain information integrity and confidentiality that can be infringed through social engineering attacks. The implementation of existing smartphone sensors in the design of SENSATE is a novel approach in the fight against smartphone cybercrimes, such as APT.
机译:这项研究通过分析针对智能手机用户的实际APT攻击案例,揭示了智能手机上的高级持续威胁(APT)的性质。根据这项研究,上下文感知访问控制是最小化由智能手机中的社交工程攻击引起的APT的最佳技术。因此,本研究提出了一种称为基于感知的访问控制模型(SENSATE)的访问控制模型,该模型结合了基于角色和属性的多级安全性,以维护信息完整性和机密性,而该完整性和机密性可能会受到社会工程学攻击的侵害。在SENSATE设计中实现现有的智能手机传感器是对抗APT等智能手机网络犯罪的一种新颖方法。

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