Kubernetes is the solution container production orchestration class that automates the management of cloud-native applications. Features that make Kubernetes class production include automatic launch and rollback, auto-scaling, and a self-healing application pack.
It's easy to download to install Kubernetes and start. But what if you run Kubernetes in the production and support a variety of application services teams from different business units?
The truth is that installing and managing production Kubernetes class in the production of changing the way IT operates. IT is now able to operate in a manner that is largely optimized to manage the VM-based applications and containers may not be optimized. If you are looking for Kubernetes storage services then you can explore various internet sources.
With this new technology, an application can be packaged in a container Docker, and all developers know about running an application can be depicted in a YAML file declarative called file Pod Manifest and then Kubernetes placed in each neighborhood.
This method classifies the application and the necessary libraries to deploy. But it also classifies run books, the launch meeting notes, and other tacit knowledge that is usually passed back and forth between dev and ops teams.
Containers and codify Kubernetes both build and run the construction and promised to increase the speed features. But it also helps avoid application lifecycle handoffs famous create friction and miscommunication.
In fact, these customers still have questions about what role, surgical instruments, and process changes. And have a general feeling that there is no "easy button" when running a production Kubernetes classes in production, at scale, in some or app dev teams.