
Discover how cloud computing enables on-demand access to a shared pool of resources and rapid provisioning. Learn how Azure Resource Manager templates use declarative JSON syntax to automate deployments.
Learn to become an online instructor by listening to learners, iterating on content quality with direct feedback, and refining video production for accessible technology education.
Discover the course overview of Azure ARM templates, understand templates, their components, and how to automate Azure deployments with ARM templates across real-world use cases.
Download all course resources, including code and slides, from the provided URL; save them locally to review offline and prepare for future demos.
Explore Azure ARM templates through theory and practical demonstrations, with real-world scenarios and walk-throughs to build a foundation for modifying, implementing, and automating deployments.
Discover how the Azure Resource Manager groups interdependent resources into a single entity and uses json-based arm templates to deploy and manage resources within resource groups across environments.
Explore how the Azure Resource Manager uses template-driven, declarative ARM templates to deploy and monitor resources across multiple regions with consistent state and defined dependencies, and learn the template structure.
Explore the structure of Azure arm templates, including schema, content version, parameters, variables, resources, and outputs, and practice viewing and editing templates in the portal.
Explore the essential components of Azure ARM templates, including their limitations and best practices for building and deploying templates, to manage Azure resources effectively.
Learn best practices for Azure resource management using ARM templates. Include tagging, metadata, comments, dynamic references, API version consistency, outputs, and modular nested templates.
Deploy an Azure ARM template by copying, validating, and deploying a Windows VM, review outputs, and reference resources like storage, network, and public IP during deployment.
Deploy nested Azure ARM templates using Azure PowerShell, linking a parent template to a child template via a public blob container, with incremental and complete deployment modes.
Compare incremental and complete Azure ARM template deployment modes by deploying a storage account and a virtual network, noting default parameter values and potential resource deletion.
Explore deploying Azure infrastructure as code with ARM templates, from storage accounts to virtual machines and virtual networks, and learn tips to prevent failures and boost efficiency.
Learn to automate Azure PaaS deployments using ARM templates, understanding their components and best practices for creating and deploying templates for Azure services.
Learn to troubleshoot Azure ARM template deployments by checking error codes, region registration, and resource groups, then explore app service environment and elastic pool deployment patterns.
This bonus lecture thanks you for completing the course and invites you to explore additional tutorials, join the newsletter, and enjoy exclusive discounts on future courses.
In the past decade, cloud computing has been gaining popularity at a tremendous rate. Some cloud providers are experiencing a growth rate of 50% year over year – which is just astounding. And the reason for this growth is obvious – cloud computing enables ubiquitous, convenient, on-demand access to a shared pool of configurable computing resources which can be rapidly provisioned and released with minimal effort.
Microsoft Azure is a cloud computing platform that offers a broad set of global compute, storage, database, analytics, application, and deployment services that help organizations move faster, lower IT costs, and scale applications.
The Azure Resource Manager, provided by Microsoft Azure, is a versatile service that simplifies how you manage your cloud resources. The Azure Resource Manager can help you define, build and maintain your application in a consistent manner. Within the context of Azure Stack, the Azure Resource Manager is the management layer (API) where you connect to for deploying resources.
With Azure Resource Manager (ARM) you can deploy, delete, or update all resources for your solution in a single and coordinated operation by using templates. The templates are in the form of JSON format, and these templates can be used for deployment in different environments such as staging, testing, and production. The Resource Manager helps in providing auditing, security, and tagging features to help you manage your resources post-deployment.
Although we have the Azure portal for managing the resources but in cases where you need to maintain and deploy multiple servers, in complex configurations - it might get a cumbersome to handle these deployment and configuration activities via the point and click portal. Moreover remembering every resource category and their respective cost evaluation can become a mammoth task.
As companies look forward to automating deployment, scaling, and operations of cloud applications in the Azure cloud (across clusters of hosts), there is a need for providing automated deployment solutions for the cloud infrastructure. With Azure ARM Templates, you can define your infrastructure environment in simple JSON file template. These file templates can be versioned, validated and checked into your source control systems. This is what we call Infrastructure-as-code (IaC).
These are some of the fundamental problems Cloud and DevOps engineers struggle with on a daily basis.
This course teaches you how to design, deploy, configure and manage your Azure cloud resources with Azure ARM Templates. The course will start with an introduction to the Azure ARM templates and their core features. Then we will dive deeper into designing and deploying our cloud resources with the use of these templates.
If you’re serious about building scalable, flexible and robust Azure ARM Templates for deploying your cloud infrastructure, then this course is for you.
These DevOps and Cloud Computing skills are in high demand, but there’s no easy way to acquire this knowledge. Rather than rely on hit and trial method, this course will provide you with all the information you need to get started with your Azure cloud projects.
Startups and technology companies pay big bucks for experience and skills in these technologies. They demand DevOps and cloud engineers to automate the deployment of their cloud resources - and in turn, you can demand top dollar for your abilities.
Do you want the skills and be highly sought after? Do you want your career to touch cloud 9?
Did you answer, “Absolutely” to that question? If so, then our new training program
"Azure Masterclass: Manage your Azure Cloud with ARM Templates"
is for you.
We have been in the software industry for more than two decades. We’ve been part of many prestigious projects and startups. Over this span, we have gained great insight into what makes for flexible, scalable and robust software and IT solutions. We are passionate about sharing all our collective knowledge with YOU!!
In this course,
“Azure Masterclass: Manage your Azure Cloud with ARM Templates”,
you will get an in-depth look at how to utilize Azure ARM Templates for designing and deploying your Azure cloud resources in a consistent and repeatable manner.
You may be a cloud veteran or an enthusiast - if you invest your time and bring an eagerness to learn, we guarantee you real, actionable education at a fraction of the cost you can demand as a cloud engineer or consultant. We are confident your investment will come back to you many-fold in no time.
So, if you're ready to make a change and learn how to build some cool ARM Templates in the cloud, click the "Add to Cart" button below.
Look, if you're serious about becoming an expert cloud engineer and generating a significant income for you and your family, it’s time to take action.
Imagine getting that promotion which you’ve been promised for the last two presidential terms. Imagine getting chased by recruiters looking for skilled and experienced engineers by companies that are desperately seeking help.
We call those good problems to have