
Build a practical three-tier azure application with portal and PowerShell, including load balancers, Windows and Linux VMs, and an Azure SQL database with automatic regional failover.
Create an Azure 3-tier app with a resource group, four virtual machines (two Windows with IIS, two Linux), and load balancers, including a public front end and private back end.
Create your first Windows VM in the Azure portal by configuring a resource group, selecting a region, choosing an availability set, and provisioning with Windows Server 2016.
Validate the Azure VM deployment by inspecting created resources, confirming the VM runs, and testing remote desktop access and a working IIS web server reachable via domain name.
Deploy a second Windows VM using ARM templates and PowerShell, importing parameters to reuse the same virtual network and network security group while avoiding name conflicts.
Demonstrate creating two Windows virtual machines, two Linux virtual machines, and two load balancers (public and internal), then set up backend pools and a public IP with dns.
Deploy Ubuntu 18 Linux back-end VMs in a resource group in East US, using SSH keys, an availability set, no public IP, with network security groups and deployment templates.
Deploys a second Linux virtual machine using a bash deployment script and cloud shell, configuring templates, parameters, SSH keys, and resource group settings in Azure.
Confirm deployment success, start Linux backend VMs, configure backend load balancer with two Linux VMs, and frontend load balancer with two Windows VMs, enabling Azure SQL regional failover.
Create our first sql database in Azure, selecting the database type, server, region, and pricing, then configure geo replication and a failover to a readable secondary.
Configure automatic failover between East US and Central US by using a failover group, with a grace period to recover data after primary failure.
Connect to the windows front-end vm via rdp, then install the iis web server role using add roles and features. Repeat on the second front-end to serve pages publicly.
Configure a public front-end load balancer with a DNS name, health probe, and load balancing rules to evenly distribute HTTP traffic (port 80) across backend web servers.
Configure the back-end load balancer to route traffic to Linux VMs with port 80 health probes and a backend pool rule, resulting in an active, three-tier environment.
Explore building a 3-tier app on Azure by provisioning Windows and Linux VMs, load balancers, and SQL databases, with ARM templates, Cloud Shell, and auto-scaling considerations.
Conclude a multi-tier Azure virtual machine application by creating resources with Portal, PowerShell, and the command line, and review the course while exploring the 70-533 certification.
BRAND NEW COURSE - May 28 2018
This course is designed so that you can follow along! As I create a Virtual Machine using the Azure Portal, you can be doing the exact same steps yourself! Pause the video if you need to, or run it at double speed, the choice is up to you!
In this course, we create a traditional 3-tier application structure inside Microsoft Azure. By the end of the course, you will be able to:
There's a lot going on! And learn it all in around 90 minutes!
Microsoft Azure is one of the hottest cloud computing platforms that there is. They consistently announce growth over 90% year over year, and have done that for years. It's time for you to learn cloud computing and Microsoft Azure. Yes, there are other platforms out there that you can learn. And I recommend you learn more than one. But why not give yourself a few hours this afternoon to learn Azure and experience this amazing platform.
The skills you learn today will stay with you for years to come and help you grow in your career.
Enroll today!