Deep Echo State Networks for Detecting Internet Worm and Ransomware Attacks
Source
Proceedings - IEEE International Symposium on Circuits and Systems
Author(s)
T., Sharma, Tarun
K., Patni, Khushi
Z., Li, Zhida
L., Trajkovic, Ljiljana
Abstract
With the advancement of technology over the last decade, there has been a rapid increase in the number and types of malware attacks such as worms whose primary function is to self-replicate and infect systems and ransomware that corrupts and encrypts data. Developing proactive cyber defense techniques is essential for effectively detecting network anomalies that are evolving and becoming more challenging to identify. In this paper, we consider intrusion detection techniques using fast machine learning algorithms. We investigate Echo and Deep Echo State Networks machine learning structures for detecting worm and ransomware anomalies. We demonstrate, analyze, and compare merits of this approach using Slammer worm, WannaCrypt ransomware, and WestRock ransomware attack datasets. � 2023 Elsevier B.V., All rights reserved.
Keywords
Anomaly detection
Cybersecurity
Deep neural networks
Intrusion detection
Learning algorithms
Malware
Network security
Cyber security
Cyber-defense
Defense techniques
Echo state networks
Internet worm
Malware attacks
Network anomalies
Primary functions
Reservoir Computing
Recurrent neural networks
