As a container orchestration platform, Kubernetes offers a host of benefits to enterprises looking to use this software for cloud-native application deployment. For instance, enterprises can easily scale their applications and infrastructure to meet varying requirements. This is particularly useful for businesses that constantly need to release new features and apps. In addition, Kubernetes supports autoscaling APIs, which dynamically request new resources as needed.
Another benefit of Kubernetes is that it's cost-effective. It automatically scales the number of nodes based on usage. This makes it like a pay-as-you-go utility. Horizontal pod scaling, for instance, allows you to scale up as traffic grows, and shrink your cluster when it becomes too expensive. This feature also saves compute plans and reserved instances.
Kubernetes has been gaining popularity in recent years, in part because it allows enterprises to create and run applications more quickly and efficiently. Cloud computing also allows for quick provisioning and decommission of resources, and Kubernetes is cloud-agnostic, allowing you to provision containers on public or private clouds. This makes it an attractive choice for enterprises that want to implement hybrid cloud.
Another benefit of Kubernetes is that it makes application deployment and management very simple. While it's largely a do-it-yourself toolset, you can also buy and use a wide range of tools to help manage your cluster. In addition, Kubernetes supports containerized applications as well as traditional applications and cloud-native applications. Additionally, the architecture of Kubernetes makes it easier to refactor existing applications. And since these applications don't go offline, there's no need to worry about application availability.
Kubernetes also works with most container runtimes. This means that it can be used on all types of infrastructure, from Linux to Windows. It can even be used on an on-premises server. And it's compatible with virtually any version of Linux and Windows 2016. As a result, it's highly portable. Most orchestrators, including Docker, are not so flexible.
Kubernetes is an open-source, community-led project that uses Docker to run containerized applications. It also manages microservice refactors, which makes it easier to develop new applications and optimize existing ones. Because of its cloud-native approach, it's easier than ever to adapt existing software to the cloud.
With Kubernetes, IT teams can easily manage their team's work without sacrificing security and performance. In addition, this tool automates container deployment across multiple compute nodes, enabling hybrid and multi-cloud environments and more. As a result, IT departments can focus on other crucial tasks while Kubernetes handles the rest.