Deploying malware detection software for smart phones

Nathan McDaniel, B. Thuraisingham, L. Khan
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引用次数: 1

Abstract

As mobile computing devices become more widely used and integrated with more crucial systems like infrastructure and military or law enforcement, it becomes more apparent that these mobile systems should be the target of malware and other forms of cyber-attack. Limited system resources make classic signature detection difficult. As new methods for detection develop, it is important that we maintain the ability to confidently block harmful applications from running. We look at using default system resources to maintain control of application installation and execution. The confirmation and proper detection of malicious activity still requires offrite connectivity; however, without this connectivity, the default mobile resources can still be used to maintain control of a clean system environment until verification is made. Though the entire malware detection system is not demonstrated here, the proof of a gateway protocol for system modification and the layout of a supposed system are presented.
为智能手机部署恶意软件检测软件
随着移动计算设备越来越广泛地使用,并与基础设施、军事或执法等更重要的系统相结合,这些移动系统应该成为恶意软件和其他形式的网络攻击的目标,这一点变得越来越明显。有限的系统资源使得经典签名检测变得困难。随着新的检测方法的发展,我们必须保持自信地阻止有害应用程序运行的能力。我们将研究如何使用默认系统资源来维护对应用程序安装和执行的控制。确认和正确检测恶意活动仍然需要离线连接;但是,如果没有这种连接,在进行验证之前,仍然可以使用默认的移动资源来保持对干净系统环境的控制。虽然这里没有演示整个恶意软件检测系统,但给出了用于系统修改的网关协议的证明和假设系统的布局。
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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