Applied Sciences · 2021 · 161 citations · 83 references
RansomwareMachine LearningData ScienceData MiningInformation SecurityEngineeringPredictive AnalyticsThreat DetectionAnti-virus TechniqueEvasion TechniqueDynamic AnalysisInformation ForensicsRansomware DetectionMobile MalwareComputer ScienceDeep LearningMalware AnalysisBig Data
Ransomware is a notorious malware causing irreversible damage, prompting the need for timely detection; while many surveys cover its evolution and countermeasures, none address the role of dynamic analysis across all platforms. This survey compiles datasets and reviews ransomware detection studies from 2019–2021 that employ machine learning, deep learning, or hybrid techniques, emphasizing the benefits of dynamic analysis. The authors analyze studies across diverse platforms, aggregating dataset sources and focusing on dynamic analysis methods used in machine learning–based ransomware detection. The paper outlines numerous future research directions to advance ransomware detection.
Ransomware is an ill-famed malware that has received recognition because of its lethal and irrevocable effects on its victims. The irreparable loss caused due to ransomware requires the timely detection of these attacks. Several studies including surveys and reviews are conducted on the evolution, taxonomy, trends, threats, and countermeasures of ransomware. Some of these studies were specifically dedicated to IoT and android platforms. However, there is not a single study in the available literature that addresses the significance of dynamic analysis for the ransomware detection studies for all the targeted platforms. This study also provides the information about the datasets collection from its sources, which were utilized in the ransomware detection studies of the diverse platforms. This study is also distinct in terms of providing a survey about the ransomware detection studies utilizing machine learning, deep learning, and blend of both techniques while capitalizing on the advantages of dynamic analysis for the ransomware detection. The presented work considers the ransomware detection studies conducted from 2019 to 2021. This study provides an ample list of future directions which will pave the way for future research.
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