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Android Malware Detection based on Factorization Machine
With the increasing popularity of Android smart phones in recent years, ...
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Analyzing, Comparing, and Detecting Emerging Malware: A Graph-based Approach
The growth in the number of Android and Internet of Things (IoT) devices...
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DL-Droid: Deep learning based android malware detection using real devices
The Android operating system has been the most popular for smartphones a...
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FeatureAnalytics: An approach to derive relevant attributes for analyzing Android Malware
Ever increasing number of Android malware, has always been a concern for...
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Android Malware Detection using Markov Chain Model of Application Behaviors in Requesting System Services
Widespread growth in Android malwares stimulates security researchers to...
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Deep Program Reidentification: A Graph Neural Network Solution
Program or process is an integral part of almost every IT/OT system. Can...
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AiDroid: When Heterogeneous Information Network Marries Deep Neural Network for Real-time Android Malware Detection
The explosive growth and increasing sophistication of Android malware ca...
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Android Malware Detection using Large-scale Network Representation Learning
With the growth of mobile devices and applications, the number of malicious software, or malware, is rapidly increasing in recent years, which calls for the development of advanced and effective malware detection approaches. Traditional methods such as signature-based ones cannot defend users from an increasing number of new types of malware or rapid malware behavior changes. In this paper, we propose a new Android malware detection approach based on deep learning and static analysis. Instead of using Application Programming Interfaces (APIs) only, we further analyze the source code of Android applications and create their higher-level graphical semantics, which makes it harder for attackers to evade detection. In particular, we use a call graph from method invocations in an Android application to represent the application, and further analyze method attributes to form a structured Program Representation Graph (PRG) with node attributes. Then, we use a graph convolutional network (GCN) to yield a graph representation of the application by embedding the entire graph into a dense vector, and classify whether it is a malware or not. To efficiently train such a graph convolutional network, we propose a batch training scheme that allows multiple heterogeneous graphs to be input as a batch. To the best of our knowledge, this is the first work to use graph representation learning for malware detection. We conduct extensive experiments from real-world sample collections and demonstrate that our developed system outperforms multiple other existing malware detection techniques.
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