![how docker and kubernetes work together how docker and kubernetes work together](https://s7280.pcdn.co/wp-content/uploads/2021/06/Kubernotes-Deployment-Work-810x754.png)
This course is taught by Dan Wahlin - a member of the Docker Captains group. If you've heard about Docker and Kubernetes and been wondering how to get started using them then this course is for you!
![how docker and kubernetes work together how docker and kubernetes work together](https://www.techaheadcorp.com/wp-content/uploads/2020/09/overview-kubernetes-architecture.png)
HOW DOCKER AND KUBERNETES WORK TOGETHER HOW TO
This includes providing a look at the different components that Kubernetes provides (pods, deployments/replicasets, services and more), how to deploy containers, troubleshoot pods, and working with Kubernetes in the cloud. You'll learn about the many benefits containers provide, how you can use containers in your environment to work with web servers, databases (and more), key Docker tools and commands that you need to learn to use Docker effectively, how to work with images and containers, as well as how to get a fully functional container environment up and running.Īfter learning the ins-and-outs of containers, the course provides information on how Kubernetes can be used to orchestrate containers. The Docker and Kubernetes course provides a hands-on look at containers and the role they can play in your development and deployment environments and workflows. How to create Docker Image and run Java App (Spring. An application, managed through the entirety of its life cycle by Kubernetes, is composed of containers gathered together as a set and coordinated into a single unit. While this all sounds great in theory, how do you integrate containers into your existing business processes and reap the benefits they offer? How do you manage containers in production, scale and monitor them, and fix issues that come up? Kubernetes and the Kubernetes logo are trademarks or registered trademarks of The Linux Foundation. Kubernetes is an open source distributed system that abstracts the underlying physical infrastructure, making it easier to run containerized applications at scale. They offer many benefits including consistency between environments, predictable deployments, application scaling, management of microservices, and more. Containers have revolutionized the process of developing and deploying applications.