AI‑Native Zero‑Trust Architecture (AI‑ZTA): Federated Cognitive Trust  Enforcement for Multi‑Cloud Security

Suresh Kumar Balakrishnan

AI‑Native Zero‑Trust Architecture (AI‑ZTA): Federated Cognitive Trust Enforcement for Multi‑Cloud Security

Authors

Suresh Kumar Balakrishnan

Keywords:

Zero‑Trust Architecture, Federated Learning, Adaptive Trust, Micro‑Segmentation, Identity Analytics, Policy Orchestration, Multi‑Cloud Security, Cognitive Security

Abstract

Zero‑Trust has evolved from static perimeterless policies to dynamic controls that mustoperate across clouds, regions, and workloads. However, most enterprise implementationsremain rule‑driven and reactive, resulting in policy drift, misconfiguration, and collateral access denial during

References

Zero‑Trust principles and continuous verification literature (foundational works).

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Published

2024-11-20

How to Cite

Suresh Kumar Balakrishnan. (2024). AI‑Native Zero‑Trust Architecture (AI‑ZTA): Federated Cognitive Trust Enforcement for Multi‑Cloud Security . Journal of Computational Analysis and Applications (JoCAAA), 33(08), 6712–6715. Retrieved from https://eudoxuspress.com/index.php/pub/article/view/3920