Containers and Hybrid Clouds

The growing number of hybrid cloud deployments is accelerating the demand for enterprise container infrastructure as companies seek a consistent application development environment. This page gathers resources about the combination of containers and hybrid clouds including benefits of this combination and tutorials on how to get started.
Table of Contents:
Below we have compiled publicly available sources from around the world that present views on Containers and Hybrid Clouds.

Perspectives on Containers and Hybrid Clouds

How To

Specific Technologies

Further Reading

  • Container ArchitectureResources on building blocks of a container architecture, and architectural options organizations face when using containers for application development.
  • Advantages of ContainersResources about the advantages of containers for developers and ops, including immutability, utilization, portability, performance and scalability.
  • Container ChallengesContainers are quickly becoming popular as a way to speed and simplify application deployment. However, while developers often find it fast and easy to deploy containerized applications, experts say that enterprises sometimes run into unexpected challenges when deploying containers in production. This page gathers resources about some of the major challenges in container adoption and how to overcome them.
  • Containers and IT InfrastructureInformation technology infrastructure is composed of physical and virtual resources that support the flow, storage, processing and analysis of data. This page gathers resources about the combination of containers and IT Infrastructure like hybrid clouds, private clouds, data center and more.
  • Enterprise DevOpsLarge enterprises have bigger teams, more inherent operational complexity, and greater governance controls. Therefore, they need a different type of DevOps that caters to their sensibilities and not those of agile web startups. This page gathers resources about DevOps practices for large organizations.
  • eBPFeBPF – extended Berkeley Packet Filter – is a Linux-native in-kernel virtual machine that enables secure, low-overhead tracing for application performance and event observability and analysis. eBPF delivers a lot more than network packet information, it can offer the deep visibility for cloud-native and container environments, from host and network data to container processes, resource utilization, and more.

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