Detecting and Eliminating Malware: Improving Cybersecurity Strategies

Dr Tomasz Turek

Detecting and Eliminating Malware: Improving Cybersecurity Strategies

Authors: Dr Tomasz Turek

Published: 2025-03-31 23:27:54.316

Abstract

Malware remains a significant cybersecurity threat, necessitating effective detection and removal strategies. This study critically examines various detection techniques, including signature-based detection, heuristic-based approaches, and behavioral analysis. Through a qualitative methodology that incorporates literature review, expert interviews, and case studies, the research identifies key challenges and best practices in malware detection. Findings indicate that while signature-based methods provide a solid foundation, heuristic and behavioral techniques significantly enhance detection accuracy and response efficiency. The study underscores the necessity of hybrid detection approaches and continuous adaptation to evolving threats. Recommendations include layered security strategies and ongoing refinement of detection algorithms to combat emerging malware variants. Future research should further explore adaptive methodologies and novel threat landscapes to enhance cybersecurity resilience.

Keywords

Malware detection, cybersecurity, signature-based detection, heuristic analysis, behavioral analysis, threat mitigation, cyber threats, adaptive security, malware removal, hybrid detection approaches

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How to Cite

Dr Tomasz Turek, (2025-03-31 23:27:54.316). Detecting and Eliminating Malware: Improving Cybersecurity Strategies. JANOLI International Journal of Electronics, Computer Sciences and Engineering , Volume v1YdxN1MJUWSTuwTAR2k, Issue 1.

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JANOLI International Journal of
Electronics, Computer Sciences and Engineering ( JIJECSE )