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Efficiency of the framework for industrial information security management utilising machine learning techniques

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  • Nisha Nandal
  • Naveen Negi
  • Aarushi Kataria
  • Rita Shokeen

Abstract

Discover the innovative integration of crowd sense technology and artificial intelligence in the industrial machine learning (ML) mining sphere. This fusion transcends data processing to encompass meticulous safety monitoring via collective knowledge management. Envision a harmonised framework where management of keys, tables, hardware, and ML mining supervision coalesce to shield enterprise data robustly. This approach, examined through various lenses, including security and big data capacity testing, assesses risk mitigation enthusiastically while crafting a business management platform that contemplates corporate leadership needs, offering an ML data security architecture blueprint. Although challenges like refining neural networks for optimal global efficiency persist, the study highlights its remarkable, unblemished performance across modules on the ML-based corporate data safety regulation platform. It proficiently meets daily organisational needs and assures AI's vital role in enterprise data security management, providing a scaffold for future research and marking a paradigm for upcoming explorations in the domain.

Suggested Citation

  • Nisha Nandal & Naveen Negi & Aarushi Kataria & Rita Shokeen, 2026. "Efficiency of the framework for industrial information security management utilising machine learning techniques," International Journal of Critical Infrastructures, Inderscience Enterprises Ltd, vol. 22(2), pages 133-156.
  • Handle: RePEc:ids:ijcist:v:22:y:2026:i:2:p:133-156
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