DevOps is vital for intrusion detection, especially when integrating Deep Learning (DL) algorithms to boost system security. Its importance lies in creating a collaborative environment where development, operations, and security teams automate and streamline these processes. Manual handling of DL algorithms is time-consuming and error-prone due to the vast data volumes and the need for constant model updates to counter evolving threats. The complexity of modern IT environments further complicates rapid detection of malicious behaviors. DevOps addresses these challenges through continuous integration and delivery (CI/CD), automating development, testing, and deployment. This automation allows seamless integration of DL-based intrusion detection solutions into workflows, facilitating quick adaptation to new threats and ensuring continuous security. DevOps tools automate data collection, model training, algorithm deployment, and result integration into monitoring systems, enabling faster intrusion detection and response. In summary, DevOps enhances intrusion detection by creating an agile, collaborative ecosystem that integrates deep learning to strengthen IT system security and resilience.

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Automation Synergy: Intrusion Detection Through Deep Learning via a DevOps Pipeline in a Cloud Environment

  • Oumaima Lifandali,
  • Zouhair Chiba,
  • Noreddine Abghour,
  • Khalid Moussaid,
  • Mounia Miyara

摘要

DevOps is vital for intrusion detection, especially when integrating Deep Learning (DL) algorithms to boost system security. Its importance lies in creating a collaborative environment where development, operations, and security teams automate and streamline these processes. Manual handling of DL algorithms is time-consuming and error-prone due to the vast data volumes and the need for constant model updates to counter evolving threats. The complexity of modern IT environments further complicates rapid detection of malicious behaviors. DevOps addresses these challenges through continuous integration and delivery (CI/CD), automating development, testing, and deployment. This automation allows seamless integration of DL-based intrusion detection solutions into workflows, facilitating quick adaptation to new threats and ensuring continuous security. DevOps tools automate data collection, model training, algorithm deployment, and result integration into monitoring systems, enabling faster intrusion detection and response. In summary, DevOps enhances intrusion detection by creating an agile, collaborative ecosystem that integrates deep learning to strengthen IT system security and resilience.