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<p>Cloud environments strive to achieve autonomy with little human intervention. In addition, great emphasis is placed on improving the deployment process. Modern applications are becoming increasingly complex and contain many dependencies and a wide set of configuration parameters. These challenges were noticed when deploying the AMoCNA framework in clusters. AMoCNA is aiming to support autonomic management of Cloud-native applications. If autonomic features are needed in Cloud-native execution environments, we propose to additionally deploy AMoCNA. To reduce the obstacles related to the AMoCNA deployment, we propose to use the AMoCNA operator that is conceptualized in this research. The evaluation carried out showed how the operator copes with the complexity of the system and makes deployment easier and faster than manual configuration.</p>

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AMoCNA operator: a Kubernetes operator pattern that enhances cloud-native execution environments with autonomic features

  • 期刊论文

  • 发表日期：

    2025年2月18日

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  • Joanna Kosińska,
  • Kinga Sąkól,
  • Michał Szczurek

摘要

Cloud environments strive to achieve autonomy with little human intervention. In addition, great emphasis is placed on improving the deployment process. Modern applications are becoming increasingly complex and contain many dependencies and a wide set of configuration parameters. These challenges were noticed when deploying the AMoCNA framework in clusters. AMoCNA is aiming to support autonomic management of Cloud-native applications. If autonomic features are needed in Cloud-native execution environments, we propose to additionally deploy AMoCNA. To reduce the obstacles related to the AMoCNA deployment, we propose to use the AMoCNA operator that is conceptualized in this research. The evaluation carried out showed how the operator copes with the complexity of the system and makes deployment easier and faster than manual configuration.