Abstract

The paper presents a botnet detection approach for the distributed systems. It is based on the developed three level model, which includes botnet’s components: command and control center, control centers, basic elements of the botnet (bots). The novel framework provides the ability to detect known and unknown botnets, and consists of the host and the network levels. At the host level, the detection procedure is based on the implementation of the Bayes classification. The network level extends the results obtained at the host level to the rest of the local area network. Proposed approach provides the exchange of the results obtained by the Bayes classification for further use by other program units of the distributed system. The results of the developed classifier show that representation of the botnets’ samples for different classes and subclasses is sufficient for efficient botnet detection. Proposed technique demonstrates promising results concerning botnet detection in the distributed systems.

Highlights

  • The trends concerning malware development and its spreading demonstrate an active extending of the malware’s technical capabilities

  • The detection procedure is based on the implementation of the Bayes classification

  • The network level extends the results obtained at the host level to the rest of the local area network

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Summary

INTRODUCTION

The trends concerning malware development and its spreading demonstrate an active extending of the malware’s technical capabilities. Architecture of the modern antiviruses has a single central control center Such tools as ESET Endpoint Security for Windows Endpoint Security for corporate networks [2], Dr.Web CureNet! Kaspersky Administration Kit Antivirus is based on the principle of autonomous work, and the decision-making is implemented without the administrator participation in case of the critical situations. It is based on a centralized way of organizing the interaction of system components [7]. Mentioned tools are based on methods that do not sufficiently take into account all stages of the botnets functioning and their possible structures, it leads to the decreasing in the botnet detection efficiency. The development of new methods and tools for efficient botnets detection in the distributed systems is an urgent problem

RELATED WORKS
THE STRUCTURE OF THE CONTROLLED DISTRIBUTED BOTNET
LEARNING PROCEDURE
EXPERIMENTS
CONCLUSION
Findings
THE FUTURE WORK
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