An image-inspired and CNN-based Android malware detection approach

Shao Yang
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引用次数: 31

Abstract

Until 2017, Android smartphones occupied approximately 87% of the smartphone market. The vast market also promotes the development of Android malware. Nowadays, the number of malware targeting Android devices found daily is more than 38,000. With the rapid progress of mobile application programming and anti-reverse-engineering techniques, it is harder to detect all kinds of malware. To address challenges in existing detection techniques, such as data obfuscation and limited codes coverage, we propose a detection approach that directly learns features of malware from Dalvik bytecode based on deep learning technique (CNN). The average detection time of our model is 0.22 seconds, which is much lower than other existing detection approaches. In the meantime, the overall accuracy of our model achieves over 93%.
一种基于cnn的Android恶意软件检测方法
截至2017年,安卓智能手机占据了智能手机市场约87%的份额。庞大的市场也促进了Android恶意软件的发展。如今,每天发现的针对Android设备的恶意软件数量超过3.8万个。随着移动应用程序编程和反逆向工程技术的快速发展,检测各种恶意软件变得越来越困难。为了解决现有检测技术的挑战,如数据混淆和有限的代码覆盖,我们提出了一种基于深度学习技术的检测方法,直接从Dalvik字节码中学习恶意软件的特征(CNN)。我们的模型平均检测时间为0.22秒,远远低于现有的其他检测方法。同时,模型的整体准确率达到93%以上。
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