Bigger than Linux: The Rise of Cloud Native
A trip to KubeCon + CloudNativeCon reveals a community hard at work building an open, agile and scalable cloud platform to fuel the boom in ubiquitous services....
To understand the importance of Kubernetes we need to return to containers briefly. Containers, by design, use less resources than virtual machines (VMs) as they share an OS and run ‘closer to the metal’. For developers, the technology has enabled them to package, ship and run their applications in isolated containers that run virtually anywhere. When continuous integration/continuous delivery software (e.g. Jenkins) and practices are added into the mix, this enables companies to benefit from nimble and responsive automation and it significantly speeds up development. For example, any changes that developers make to the source code will automatically trigger the creation, testing and deployment of a new container to staging and then into production.
The idea of a container allowing one process only to run inside it has also led on to microservices. This is where applications are broken down into their processes and placed inside a container, which makes a lot of sense in the enterprise world where greater efficiencies are constantly being sought.
However, this explosion of containerised apps has created the need for a way to manage or ‘orchestrate’ thousands of containers.
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