[Free] Continuous Delivery With Kubernetes And Octopus Deploy
Learn how to automate your Kubernetes deployments with this practical training series on integraging k8s with Octopus. – Free Course
What you’ll learn
- Learn the basics of Docker and Kubernetes
- Create continuous delivery pipelines with Kubernetes and Octopus Deploy
- Learn how to apply DevOps techniques to support Kubernetes deployments
- Learn how to create a local development Kubernetes cluster
Requirements
- No experience is needed
Description
This course provides a practical demonstration showing you how to automate Kubernetes deployments with Octopus Deploy. This course is created by one of the lead developers responsible for the Kubernetes integration in Octopus, and highlights many of the unique features that Octopus provides to DevOps teams deploying custom applications to Kubernetes.
This course covers the following topics:
The basic concepts of Docker, including images and containers
How to install Docker
Building and running your first Docker image
Installing a local development Kubernetes cluster with kind
The basic concepts in Kubernetes, including Pods, Deployments, Services, Ingresses, ConfigMaps, and Secrets
Installing Kubernetes tools like kubectl and helm
Deployment strategies like rolling, recreate, and blue/green
Installing applications with Helm
Deploying sample microservice applications
Securing deployments with RBACcontrols
Automating Octopus with dynamic infrastructure scripts
Advanced networking with Ingress Controllers
Each concept is introduced with a definition and a high level discussion, and is then accompanied by a video providing a practical example of Octopus Deploy deploying to a real Kubernetes cluster to ensure you can apply the lessons in your own team.
At the end of the course you will know how to automate and support the deployment of real world applications to Kubernetes, which is a critical component of the DevOps lifecycle, and necessary for any modern, high performing DevOps teams building world class software.
Author(s): Matthew Casperson
