Difference Between Openshift, Docker, And Kubernetes
The following are the differences between Openshift, Docker, And Kubernetes:
Features |
Openshift |
Docker |
Kubernetes |
---|---|---|---|
Definition |
Opensift is a container platform application provided by Redhat |
Docker is a container platform for developing, shipping, and running containers |
Kubernetes is an open-source container orchestration tool. |
Management |
It provides container orchestration and management. |
Docker focuses on container creation and management |
Kubernetes is also known for container management and orchestration |
Purpose |
It facilitates with streamlining the containerized application development |
It comes up with simplifying the creation and deployment of container |
It automates deployment of scaling and management. |
Ecosystem |
It is built on top of kubernetes with addon features |
It provides the tools for creating and managing the containers |
It provides the core orchestration of engine |
Usage |
It is helpful for the enterprise-grade container platform |
It is helpful for development, packaging and distribution of applications |
It is useful for container orchestration in various environments. |
Features |
It comes with built-in CI/CD, security, monitoring etc.. |
It provides containerization, image management, networking |
It provides scalability, self-healing, declarative configuration |
Difference Between Kubernetes and OpenShift
Containerization is the process of packaging software code along with all of its necessary dependencies, including libraries, frameworks, and other dependencies, into a single, isolated “container.” The purpose of this is to enable consistent movement and operation of the program or application within the container in any environment and on any infrastructure, regardless of the operating system used by those environments or infrastructures.