Harnessing Machine Learning for AdvancedAttacker Behavior Analysis in Cybersecurity
Ganla Sneha, G. Manogna, T.C. Swetha Priya · International Journal of Engineering Technology and Management Sciences · 2025
With the increasing complexity of cyber threats, many traditional security methods have becomeineffective in keeping up with the ever-evolving tactics of cybercriminals. Since attackers constantlyadapt and change their strategies, there is a clear need for proactive defense mechanisms. MachineLearning and Artificial Intelligence have become key forces in transforming cybersecurity, enablingreal-time insights into attack behavior, predictive threat assessments, and automated responsemechanisms. This paper explores how AI-based tools utilize supervised and unsupervised learning,anomaly detection, and deep learning techniques to enhance cybersecurity by identifying attackpatterns, profiling threat actors, and mitigating risks. We also examine adversarial machinelearning and data bias, discussing widely adopted approaches and the challenges they present.Additionally, we highlight future advancements in AI-driven security frameworks and their role instrengthening cyber defence strategies. By leveraging AI and ML for attacker behavior analysis,organizations can shift from reactive to predictive security, effectively minimizing their attacksurface and reducing response time. Bridging the gap between AI innovations and practicalcybersecurity applications will lead to a more resilient and adaptive threat intelligence system.