Azure Red Hat OpenShift Workshop - Presented by Red Hat and Microsoft

Join us for a hands-on experience for you to work directly with our Red Hat and Microsoft experts to try Azure Red Hat OpenShift without commitment. Ask questions, follow along with the demo and create your project in the console to get a feel for how Azure Red Hat OpenShift will work for your team and workloads.

When: Wednesday, 13 October 2021 | 10 am to 02.00 pm AEDT
             Wednesday, 20 October 2021 | 10 am to 02.00 pm AEDT

Who: This 4-hour, live online workshop is ideal for developers, architects and operations engineers who need a flexible and proven platform to build, deploy and scale applications. Your account team has invited you to this specific session so you can get more familiar with Azure Red Hat OpenShift and get your "feet wet" without commitment.

To make the most of your time, we’ve limited the number of participants in this session.

What to expect: During this workshop, we will take you through two labs to help you understand some of the concepts of deploying and securing container based applications on top of Azure Red Hat OpenShift. In particular, you will:

• Create a project on the Azure Red Hat OpenShift web console.
• Deploy a MongoDB container that uses Azure disks for persistent storage.
• Deploy a Node.js API and front end app from GitHub using Source-To-Image (S2I).
• Expose the web application front end using OpenShift routes.
• Create a network policy to control communication between the different tiers in the application.
• Explore the internals of Kubernetes and OpenShift via a deployed application on Azure Red Hat OpenShift.

Get experience and an informed view of Azure Red Hat OpenShift. Confirm your spot in this workshop, register today to save your seat.

Prerequisites:

• Access to an Azure subscription and Azure Red Hat OpenShift environment which will be provided during the lab. You will receive access at the beginning of the workshop.
• A personal GitHub account. You can sign up for free here.
• Knowledge of container fundamentals