Cognitive Mobile Security: Invited Conference Keynote

D. Lubensky, Marco Pistoia, Ching-Yung Lin, Omer Tripp
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Abstract

Mobile devices carry a number of vulnerabilities that, when exploited, can result in proprietary-data leakage, data alteration, fraudulent transactions and, in extreme cases, physical damage to the user and surroundings. Such attacks can be instigated by both outsiders and insiders, and can leverage vulnerabilities embedded in the hardware and software components of the device, as well as risky behavioral actions undertaken by the legitimate user of the device. Existing mobile security management solutions offer a wide range of configuration, tracking, and management features via device and container management, policy-based configuration, single sign-on, application whitelisting and/or blacklisting, as well as reputation and anti-malware services. A primary feature that none of the existing solutions has is \emph{context-aware anomaly detection}. We propose a novel cognitive solution for mobile security based on context awareness. Our solution focuses on mobile management tools that understand long-term context-aware behavior anomalies on multiple devices.
认知移动安全:特邀会议主题演讲
移动设备具有许多漏洞,一旦被利用,可能导致专有数据泄露、数据更改、欺诈交易,在极端情况下,还可能对用户和周围环境造成物理损害。这种攻击可以由外部人员和内部人员发起,并且可以利用设备硬件和软件组件中嵌入的漏洞,以及设备合法用户采取的危险行为。现有的移动安全管理解决方案通过设备和容器管理、基于策略的配置、单点登录、应用程序白名单和/或黑名单,以及声誉和反恶意软件服务,提供了广泛的配置、跟踪和管理功能。现有解决方案都没有的一个主要特性是\emph{上下文感知异常检测}。我们提出了一种基于上下文感知的移动安全认知解决方案。我们的解决方案侧重于移动管理工具,这些工具可以理解多个设备上的长期上下文感知行为异常。
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