Enhancing Cybersecurity with Machine Learning: Anomaly Detection and Threat Prediction
Surya Pritam Satpathy, Samson Raj, Arya Kumar Dash, Sunil Kumar Gouda, Saurabh Kumar Jha · 2024
The escalating sophistication and frequency of cyberattacks necessitate exploring advanced techniques to bolster cybersecurity postures. By leveraging advanced anomaly detection and threat prediction algorithms, the research aims to identify deviations from established baselines and facilitate earlier threat prediction with improved accuracy. The paper evaluates the deployment of various ML models, within cybersecurity frameworks. Critical considerations such as feature selection, data pre-processing, and model training are explored to optimize the effectiveness of these models for real-world Intrusion Detection Systems (IDS) scenarios. Additionally, the research addresses the implementation challenges of deploying ML models in live environments and proposes potential solutions to enhance their feasibility and operational reliability. Empirical analysis confirms that ML-based approaches significantly improve the capabilities of IDS by enhancing anomaly detection and enabling more efficient threat prediction compared to traditional methods. This improvement translates to not only increased detection accuracy but also reduced false positives, leading to streamlined security operations—the paper advocates for integrating predictive analytics and real-time threat detection mechanisms into cybersecurity strategies. Future research directions involve refining ML algorithms, incorporating adaptive learning mechanisms for continuous improvement, and fostering regular system updates to address the evolving threat landscape. These advancements aim to establish robust and resilient cybersecurity infrastructures.