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The Hydra: A layered, redundant configuration management approach for cloud-agnostic disaster recovery

机译:Hydra:一种分层的冗余配置管理方法,用于云不可知的灾难恢复

摘要

This paper demonstrates a bottom-up approach to developing autonomic fault tolerance and disaster recovery on cloud-based deployments. We avoid lock-in to specific recovery features provided by the cloud itself, and instead show that tools used in system administration today can provide the foundation for recovery processes with few additions. The resulting system, Hydra, is capable of detecting failures in instances and can redeploy any instance at a new location without human intervention. The layered design of configuration management tools enables separation of recovery processes and the actual service, making the Hydra applicable to a wide range of scenarios. The implementation was tested and an analysis of the recovery time is provided, demonstrating that the Hydra is capable of completely rebuilding a new site in 15 minutes.
机译:本文演示了一种自下而上的方法,用于在基于云的部署上开发自主的容错能力和灾难恢复。我们避免锁定云本身提供的特定恢复功能,而是表明当今系统管理中使用的工具可以为恢复过程提供很少的基础。最终的系统Hydra能够检测实例中的故障,并且无需人工干预就可以在新位置重新部署任何实例。配置管理工具的分层设计可实现恢复流程和实际服务的分离,从而使Hydra适用于各种场景。测试了该实现,并提供了恢复时间的分析,表明Hydra能够在15分钟内完全重建一个新站点。

著录项

  • 作者

    Huang Ke; Begnum Kyrre;

  • 作者单位
  • 年度 2013
  • 总页数
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类

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