Malware Mobile Application Detection Using Blockchain and Machine Learning

Naman Aneja, Sandeep Suri, Sachin Papneja, Nikhil Khurana
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Abstract

The world is seeing a rapid growth in mobile malware applications. Traditional computer malware programmers are shifting to android malware applications. Consequently, mobile security specialists are also working very hard to obtain a robust explication to this current problem. Many anti malware applications have also been launched to tackle this problem. In this paper we have tried to propose a system for detection of malware application based on Blockchain with help of machine learning. We use one internal permissioned blockchain with feature extractor model and one external permissioned blockchain feedback to another machine learning model to accomplish this task. We use dedicated internal blockchain for each application to make our system error free and more accurate.
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使用区块链和机器学习的恶意软件移动应用程序检测
全球移动恶意软件应用正在快速增长。传统的计算机恶意软件程序员正在转向android恶意软件应用程序。因此,移动安全专家也在非常努力地工作,以获得对当前问题的可靠解释。许多反恶意软件应用程序也已经启动来解决这个问题。在本文中,我们尝试在机器学习的帮助下,提出一种基于区块链的恶意软件应用检测系统。我们使用一个带有特征提取器模型的内部许可区块链和一个外部许可区块链反馈到另一个机器学习模型来完成这项任务。我们为每个应用程序使用专用的内部区块链,使我们的系统无错误,更准确。
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