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DeepFlow: Deep Learning-Based Malware Detection by Mining Android Application for Abnormal Usage of Sensitive Data

机译:Deepflow:基于深度学习的恶意软件通过挖掘Android应用程序进行敏感数据的异常使用

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The open nature of Android allows application developers to take full advantage of the system. While the flexibility is brought to developers and users, it may raise significant issues related to malicious applications. Traditional malware detection approaches based on signatures or abnormal behaviors are invalid when dealing with novel malware. To solve the problem, machine learning algorithms are used to learn the distinctions between malware and benign apps automatically. Deep learning, as a new area of machine learning, is developing rapidly as its better characterization of samples. We thus propose DeepFlow, a novel deep learning-based approach for identifying malware directly from the data flows in the Android application. We test DeepFlow on thousands of benignware and malware. The results show that DeepFlow can achieve a high detection F1 score of 95.05%, outperforming traditional machine learning-based approaches, which reveals the advantage of deep learning technique in malware detection.
机译:Android的开放性允许应用程序开发人员充分利用系统。虽然灵活性被带到开发人员和用户,但它可能会提出与恶意应用程序相关的重大问题。在处理新的恶意软件时,基于签名或异常行为的传统恶意软件检测方法无效。为了解决问题,机器学习算法用于自动学习恶意软件和良性应用之间的区别。深入学习,作为一种新的机器学习领域,正在迅速发展,因为它的更好表征样品。因此,我们提出了Deepflow,这是一种基于新的基于深度学习的方法,用于直接从Android应用程序中的数据流识别恶意软件。我们在数千个良性软件和恶意软件上测试深流。结果表明,深流量可以达到95.05%的高检测F1得分,优于基于机器学习的方法,揭示了恶意软件检测中深度学习技术的优势。

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