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Literature Survey On Cloudsentry AI

Authors

  • Tiny Molly v

    ViswaJyothi College of Engineering and Technology Ernakulam, Kerala
    Author
  • Alanta Maria Shaji

    ViswaJyothi College of Engineering and Technology Ernakulam, Kerala
    Author
  • Adithya Biju

    ViswaJyothi College of Engineering and Technology Ernakulam, Kerala
    Author
  • Anjali Krishna Satheesh

    ViswaJyothi College of Engineering and Technology Ernakulam, Kerala
    Author
  • Athulya Pradeep

    ViswaJyothi College of Engineering and Technology Ernakulam, Kerala
    Author

Abstract

This paper presents a comprehensive survey of artificial intelligence–based intrusion detection and prevention systems (IDPS) for cloud environments, along with a proposed Transformer-based Spatio-Temporal Graph Neural Network (ST GNN) framework named Clouds entry AI. The survey analyzes existing methods including machine learning, deep learning, and hybrid intrusion detection approaches, highlighting their strengths and limitations. Identified gaps such as outdated datasets, lack of real-time validation, and high computational costs are addressed through the proposed ST-GNN model that learns spatial-temporal attack patterns efficiently. The study concludes that integrating Transformer attention with graph modeling can significantly enhance accuracy, scalability, and resilience for next-generation cloud security.

Keywords:

cloud computing, intrusion detection, Artificial Intelligence, Machine Learning, Graph neural network, Deep Learning
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Published

29-05-2026

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Articles

How to Cite

[1]
T. Molly v, A. Maria Shaji, A. Biju, A. Krishna Satheesh, and A. Pradeep, “Literature Survey On Cloudsentry AI”, IJERA, vol. 6, no. 1, pp. 17–20, May 2026, Accessed: May 30, 2026. [Online]. Available: https://ijera.in/index.php/IJERA/article/view/367

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