- #DIFFERENCES BETWEEN DOCKER AND KUBERNETES SOFTWARE#
- #DIFFERENCES BETWEEN DOCKER AND KUBERNETES WINDOWS#
This containerization platform streamlines the development of containers with tools like docker-compose and docker-file. Because of that, Docker became shorthand for containers and the default container format.
#DIFFERENCES BETWEEN DOCKER AND KUBERNETES SOFTWARE#
Instead, Docker provided a new way to deploy software and offered a faster time to market, which appealed to users. Docker never really introduced a brand new concept.
#DIFFERENCES BETWEEN DOCKER AND KUBERNETES WINDOWS#
Launched in 2013 as an open-source containerization platform, Docker provides an easy way to build and deploy containers on-premises or on the cloud and is harmonious with Windows and Linux. Nowadays, this tool is widely considered the most popular of its kind and is offered on many public clouds, including Amazon Web Services, among others. In all probability, you’re going to have hundreds of them, and you’ll need to find an efficient way to manage them all. This containerization tool can handle the lifecycle of containers, create and destroy them depending on the software’s requirements, and provide a wide range of other useful features.īut why would you even need a tool like Kubernetes? Consider that your organization will probably not be working with just one or two containers. It’s not a containerization platform but rather a tool used on a containerization platform. Kubernetes is used for matters like automating container deployment and scaling and descaling containers. Initially created by Google in 2014 to help scale apps in the cloud, Kubernetes simplify the management of containers and make the management processes more cost-efficient and effective. In brief, Kubernetes is an entirely open-source container management tool, also named a container orchestration tool, which is utilized for smooth management in containerized applications. In the following article, we’ll understand the differences between these well-known containers and offer a brief comparison between both. That’s where containers and Kubernetes and Docker come to the rescue. Such computing environments are usually not the same, which can cause difficulties in how the software runs. For instance, the software can be moved from a testing environment into an actual production environment or from an in-house computer to the cloud. Two indispensable tools nowadays are Kubernetes and Docker, which are utilized to get the software to run securely when it needs to be transferred from one computing environment to another. And for DevOps engineers, keeping pace with all the surrounding new technologies is more critical than ever. According to Glassdoor, the average salary for a DevOps engineer in the States is almost $100,000 a year, with some specialists earning up to $150,000.
Catching up with the latest technologies is more crucial than ever for organizations, which means that DevOps engineers are highly coveted and, of course, well-compensated.
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