Docker and Kubernetes both manage containerized applications. While Docker lets you build containers, Kubernetes helps orchestrate them. Learn more!
Container technology emerged as the preferred deployment platform for microservices due to characteristics like being – light, modular, portable. Learn more about microservices and the benefits of containers!
Containerization is the preferred choice as a deployment platform for microservices. Read about containerization adoption due to CI/CD – DevOps. Learn more!
Container orchestration tools help deploy, manage, and network containers. Learn more about container orchestration, how is it done, and the tools that are used along with Docker container orchestration.
A container is a standardized unit of software that packages up software code into standardized units for development, shipment, and deployment. Read along to learn everything you always wanted to know about containers.
In general container deployment involves access, compilation, and deployment. Learn more about the basics of container deployment.
A container platform is a client-server software facilitating the execution of the container by providing key operational components. Learn how containers work.
Comparison between containers and virtual machines. What are the major differences between containers and virtual machines. Read to understand.
A Container is a logical packaging of the microservice. Read through to learn why microservices need containers, their benefits, and how microservices are deployed. Learn more!
Container solutions are aplenty in the market. Famous container solutions include Docker, Red Hat-IBM OpenShift, D2IQ - Mesosphere, and there are also container solutions on AWS, Azure, and Google Cloud Platform. View a comparison of the common solutions to choose the one that fits your needs. Learn more!