利用机器学习分析和检测Android应用程序中的恶意软件

Umme Sumaya Jannat, Syed Md. Hasnayeen, Mirza Kamrul Bashar Shuhan, M. Ferdous
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引用次数: 12

摘要

Android操作系统作为移动电话设备的主要操作系统,也是恶意攻击者的主要目标。安装在Android中的应用程序为攻击者提供了破坏系统安全性的途径。因此,有必要对Android应用进行研究和分析,以便正确识别恶意应用。静态分析和动态分析是分析Android应用程序的两种主要方法,用于区分恶意应用程序和良性应用程序。本文介绍了一项利用几种机器学习模型分析几种Android应用程序的研究。采用不同的特征和分类器,动态分析模型检测恶意软件的准确率可达93%,而静态分析模型检测恶意软件的准确率可达81%。此外,作为本研究的一部分,分析了孟加拉国的几个趋势应用程序,从而获得了有趣的见解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis and Detection of Malware in Android Applications Using Machine Learning
The Android Operating System, being the leading OS for mobile phone devices, is also the primary target for malicious attackers. Applications installed in Android present a way for the attackers to breach the security of the system. Therefore, it is essential to study and analyze Android applications so that malicious applications can be properly identified. Static and dynamic analyses are two major methods by which Android applications are analyzed to segregate malicious applications from the benign ones. This paper presents a study to analyze several Android applications leveraging several machine learning models. Taking different features and applying various classifiers, we show that the dynamic analysis model can hit up to 93% accuracy in detecting malware whereas the static analysis can achieve 81% of accuracy. Moreover, several trending Bangladeshi applications are analyzed as a part of this study resulting into acquisition of interesting insights.
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