An Apache-Centric Explainable AI Framework for Real-Time Cloud Cybersecurity Multimodal Threat Intelligence and Integrated Credit–Fraud Risk Modeling Using Multivariate Classification
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Abstract
The core analytical layer employs multivariate classification models, including SHAP-enabled deep neural networks, interpretable ensemble learners, and hybrid multimodal classifiers that capture correlations across numerical, categorical, temporal, and text-based features. Explainability mechanisms provide transparent justifications for alerts, enabling analysts and auditors to understand causal factors contributing to cybersecurity intrusions, credit anomalies, and fraudulent activities.
Experimental validation on large-scale cloud workloads demonstrates significant improvements in detection accuracy, operational latency, and interpretability compared to traditional rule-based systems. The integrated risk modeling approach reduces false positives, enhances decision quality, and supports continuous monitoring across both cybersecurity and financial domains. The proposed framework advances Apache-driven XAI research by delivering a scalable, real-time defense architecture for modern cloud environments requiring unified threat and financial risk intelligence.
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