移动应用中自动异常检测的框架

M. Baluda, Marco Pistoia, Paul C. Castro, Omer Tripp
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引用次数: 0

摘要

分析大量日志以检测软件故障和恶意行为是企业的标准做法。移动应用程序对集中式监控提出了主要挑战,因为网络和存储限制阻止了细粒度日志的存储和传输以进行离线分析。在本文中,我们介绍了EMMA,这是一个用于自动异常检测的框架,可以为企业移动应用程序提供安全分析和现场质量保证,并且与后端监控平台进行数据交换的开销最小。EMMA为二进制应用程序提供轻量级的异常检测层,可直接在移动设备上显示故障和安全威胁,从而即使在设备断开连接时也能及时采取纠正措施。在我们的实证评估中,EMMA在未修改的Android移动应用程序中检测到故障。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Framework for Automatic Anomaly Detection in Mobile Applications
It is standard practice in enterprises to analyze large amounts of logs to detect software failures and malicious behaviors. Mobile applications pose a major challenge to centralized monitoring as network and storage limitations prevent fine-grained logs to be stored and transferred for off-line analysis. In this paper we introduce EMMA, a framework for automatic anomaly detection that enables security analysis as well as in-the-field quality assurance for enterprise mobile applications, and incurs minimal overhead for data exchange with a back-end monitoring platform. EMMA instruments binary applications with a lightweight anomaly-detection layer that reveals failures and security threats directly on mobile devices, thus enabling corrective measures to be taken promptly even when the device is disconnected. In our empirical evaluation, EMMA detected failures in unmodified Android mobile applications.
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