Guide to Azure Verified Modules 2024
Azure Master Class
Mar 25, 2024 1:30 PM

Guide to Azure Verified Modules 2024

by HubSite 365 about John Savill's [MVP]

Principal Cloud Solutions Architect

Azure DataCenterAzure Master ClassLearning Selection

Unlock Azures potential with Verified Modules: Streamline deployments & maintenance effortlessly! #Azure #CloudSolutions

Key insights

  • Azure Verified Modules (AVM) aim to standardize Infrastructure as Code (IaC) modules, ensuring they are well-constructed, consistent, and tested across various IaC languages like Bicep and Terraform.
  • Supported by Microsoft, AVMs are designed to accelerate the deployment of Azure resources, aligning with the well-architected framework and providing a trusted source for IaC modules.
  • The term "Verified" signifies Microsoft's support across its internal organizations, adherence to clear specifications for consistency, updates aligned with product roadmaps, and documentation with examples for self-service consumption.
  • The initiative addresses the need for a unified IaC module strategy across Microsoft due to the diverse attempts in providing IaC modules with varying standards, which have not fully established a trusted brand for consumers.
  • The AVM mission is implemented through publishing modules to public registries, maintaining Azure Verified Modules specifications, offering guidance for module contribution, enforcing testing compliance, and providing long-term support backed by Microsoft.

Understanding Azure Verified Modules in Detail

Azure Verified Modules represent a key initiative by Microsoft to offer a standardized, consistent, and trusted collection of IaC modules. These modules are designed to help developers and IT professionals deploy and manage Azure resources more efficiently. By following the well-architected framework, AVM aims to ensure that the modules are robust, reliable, and up-to-date with the latest Azure features and best practices.

One of the main goals of Azure Verified Modules is to reduce the fragmentation and inconsistency present in the current landscape of IaC modules available across various Microsoft initiatives. By providing a single, unified source of IaC modules, Microsoft intends to simplify the process for users to find and use these resources, fostering a more streamlined approach to resource deployment on Azure.

The verification process involves rigorous testing and support from Microsoft, reinforcing the reliability of these modules for critical deployments. Additionally, by aligning modules across different IaC languages, such as Bicep and Terraform, Azure Verified Modules cater to a wider audience, accommodating various development preferences and requirements.

For contributors and developers, the initiative offers clear guidelines on creating, publishing, and maintaining modules, ensuring that the offerings remain consistent with the established specifications. This collaborative approach not only improves the quality of the modules available but also encourages community involvement in enhancing the Azure ecosystem.

Ultimately, Azure Verified Modules serve as a vital component in Microsoft's strategy to support and empower users in their Infrastructure as Code journey, making it easier to leverage Azure's capabilities to build and scale applications and services with confidence.

Azure Verified Modules (AVM) offer a way to streamline and enhance the deployment and maintenance of Azure resources. John Savill, an MVP, presents an overview of these modules, highlighting their significance in enhancing infrastructure as a code (IaC) practices. The modules, supported by Microsoft, aim to define and enforce consistency in IaC modules.

The primary goal of Azure Verified Modules is to establish a single, unified standard for high-quality IaC modules. This initiative seeks to align modules across various IaC languages like Bicep and Terraform, ensuring they're built to a set standard. It's a Microsoft-supported endeavor designed to speed up the deployment of Azure resources and architectural patterns.

The "Verified" in Azure Verified Modules signifies Microsoft's backing and a commitment to uniformity and reliability. These modules adhere to stringent specifications, including alignment with the Web Application Firewall (WAF) recommendations and comprehensive testing. Such rigorous standards aim to facilitate self-service consumption through clear documentation and reliable module deployment.

The creation of Azure Verified Modules is driven by a need to consolidate various IaC efforts across Microsoft. Despite numerous initiatives, there hasn't been a unified source for trusted IaC modules. Azure Master Class aims to change that by providing a library of modules that are universally accepted, supported, and built on the well-architected framework principles.

John Savill emphasizes the importance of well-defined Microsoft support statements for the success of such initiatives, especially with large enterprise customers. Azure Master Class seeks to address and alleviate any confusion or frustration associated with module support. The mission is to offer a consistent, trusted set of modules that can serve as the foundation for any IaC project.

To achieve its goals, Azure Verified Modules will be published to public registries, such as the Bicep Public Module Registry for Bicep modules, and the HashiCorp Terraform Registry for Terraform modules. Through creating and enforcing a set of specifications for these modules, Azure Master Class aims to ensure they meet high standards of quality and reliability.

The Azure Verified Modules project will also include guidelines for module contribution and publishing across different IaC languages. With a focus on testing for compliance with Azure Verified Modules specifications, the initiative ensures each module's integrity through unit, integration, and end-to-end deployment testing. Backed by a committed team, Microsoft CSS, and Azure PGs, Azure Master Class is poised to provide long-term support for these valuable modules.

Further Insights on Azure Verified Modules

Azure Verified Modules represent a significant leap forward in the realm of infrastructure as a code. By establishing a universally recognized standard for IaC modules, Azure Master Class not only enhances the reliability of cloud resource deployment but also significantly reduces the time and effort required. This initiative underscores Microsoft's commitment to fostering a more efficient, predictable, and secure cloud computing environment.

The strategic emphasis on cross-compatibility with popular IaC languages like Bicep and Terraform ensures a wide-reaching impact, benefiting a diverse range of developers and IT professionals. Moreover, the initiative's focus on comprehensive documentation and clear support statements speaks to a broader desire to empower users through knowledge and assurance.

Azure Master Class serves as a testament to the potential of collaboration and standardization in tech. By rallying various efforts under a single banner, Microsoft aims not just to streamline IaC practices but to set a new industry standard. This cohesive approach promises to accelerate project deployments, lower barriers to entry for novices, and enhance the overall robustness of cloud infrastructures.

In summary, Azure Verified Modules are more than just a set of tools; they represent a paradigm shift toward more streamlined, secure, and efficient cloud resource management. With the backing of Microsoft and a dedicated community of developers, Azure Master Class stands to redefine what's possible with infrastructure as code, paving the way for a future where deploying and maintaining cloud resources is simpler, faster, and more reliable than ever before.


People also ask

Which of these modules is not included in Azure PowerShell?

Therefore, the accurate response is the Azure System Manager Module.

How do I create a terraform module in Azure?

To construct a terraform module in Azure, gather the three essential files -,, and, and organize them within a directory titled terraform-azurerm-vnet. Subsequently, in the directory that encases this one, generate the file for the overarching module. Initiate this process by setting up a terraform-azurerm-vnet parent directory to begin utilizing your module.


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