Modern developers rely on Kubernetes and Docker technology. See how these tools compare and work together in this Docker vs. Kubernetes comparison.

Discover the key differences between Docker and Kubernetes and learn how they work together to power modern cloud-native applications.

Kubernetes vs Docker - pros and cons? Which system should you choose for running containerization DevOps software in the cloud?

In summary, Kubernetes and Docker have transformed the way applications are developed, deployed, and managed. By providing a seamless containerization platform, these tools have empowered ...

Why are Docker and Kubernetes important, how are they changing software development, and what role does each play in the process? I’ll try to answer those questions below.

Docker (or specifically, the docker command) is used to manage individual containers, docker-compose is used to manage multi-container applications and Kubernetes is a container orchestration tool.

It’s interesting that Docker set out to be the operating system of the cloud, and Kubernetes has really become that piece of the puzzle. Docker Desktop is where Docker is thriving.

As the buzz around Docker and Kubernetes continues to grow, large enterprises are starting to build container strategies for both development and operations.

Docker is known as the defacto standard for container runtime, but Google’s Kubernetes is winning the battle for orchestration engines. Will the adoption of Kubernetes hurt Docker?

Kubernetes Tools If you’re developing applications for Kubernetes, the most direct way to make Visual Studio Code part of the workflow is with Microsoft’s Kubernetes Tools extension.