Azure Verified Modules: Streamlining Azure Infrastructure as Code

Azure Verified Modules are a game-changer for Azure infrastructure as code. By using verified modules, you can ensure that your infrastructure is set up correctly and efficiently.

These modules are thoroughly tested and validated by Microsoft, so you can trust that they'll work as expected. This means less time spent troubleshooting and more time spent on the things that matter.

With Azure Verified Modules, you can streamline your infrastructure setup and deployment. This is especially useful for large-scale deployments, where efficiency is key.

Azure Verified Modules (AVM) are a set of standardized, Microsoft-supported modules for deploying resources on Azure. They're essentially a toolkit with pre-configured setups for specific Azure resources or combinations of resources.

AVM modules follow a single, trusted standard set by Microsoft, making them reliable and consistent. This consistency is key to a smooth user experience.

Each AVM module is built to align with Microsoft's Well-Architected Framework (WAF), ensuring they're secure and resilient by default. This means you can trust that AVM modules will work as expected.

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AVM modules are officially supported by Microsoft, so you can trust that they're maintained and updated alongside Azure's evolving services. This support is a major advantage when using AVM modules.

Here are the benefits of using AVM modules:

Azure Verified Modules (AVM) are designed to simplify deployments and enforce standards, providing long-term support. They bring several benefits to the table, making them a great choice for streamlining your Azure resource deployments.

AVM modules are built to be consistent, with each one following a strict set of guidelines to ensure a consistent user experience. They're also reliable, aligning with WAF's high-priority standards, making them secure and resilient by default.

Here are some key benefits of using AVM modules at a glance:

Azure Verified Modules (AVM) offers several benefits that make it an attractive solution for streamlining Azure resource deployments and automating cloud infrastructure setup.

Consistency is key with AVM, as each module follows a strict set of guidelines to ensure a consistent user experience. This means you can trust that your deployments will be reliable and secure.

AVM modules are built to align with WAF's high-priority standards, making them secure and resilient by default. This is a major advantage over inconsistent setups.

Microsoft officially supports AVM modules, so users can trust that they are maintained and updated alongside Azure's evolving services. This means you can rely on AVM for long-term support.

Each AVM module comes with clear documentation and examples, allowing users to deploy resources confidently and efficiently. This ease of use is a significant benefit of AVM.

Here are the main benefits of using AVM modules:

AVM modules are categorized into three main types, each designed for specific purposes and user needs.

Resource Modules deploy a single Azure resource with default settings aligned with WAF standards, making them ideal for users who need to deploy specific resources with a WAF-compliant setup but without external dependencies.

These modules are perfect for users who want to quickly deploy resources like Virtual Machines or Storage Accounts with secure default settings, including private endpoints and firewall rules.

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Pattern Modules combine multiple resources to create complete architectural patterns or solutions, suited for users who want to deploy complex setups without configuring each piece individually.

For instance, the Web Application Pattern Module deploys a complete web app environment with a load balancer, VM scale sets, network security groups, and a database resource, all configured to interact seamlessly.

Utility Modules provide reusable functions or helper routines, such as retrieving an API endpoint, but do not deploy Azure resources themselves.

Here's a quick rundown of the three main module classifications:

Microsoft plays a crucial role in the creation and maintenance of Azure Verified Modules (AVM). They ensure that AVM modules are reliable and current through rigorous standards.

AVM modules are published to public registries, making them easily accessible to users. This includes the Bicep Public Module Registry and the HashiCorp Terraform Registry.

Each module includes comprehensive documentation to help users understand how to use them effectively. This documentation is a vital resource for anyone looking to deploy AVM modules in their own environments.

AVM modules are thoroughly tested to ensure they work as expected. This includes unit, integration, and end-to-end deployment testing to verify functionality.

The support framework for each module allows users to raise issues directly on GitHub or via Microsoft support channels. This framework is backed by the AVM Core Team, providing users with a reliable way to get help when they need it.

Getting Started with Azure Verified Modules (AVM) is a breeze. You can access AVM modules on the official AVM site or on registries like Bicep and Terraform.

To get the most out of AVM, it's essential to read the documentation for each module. This will give you a clear understanding of how to deploy and use it effectively.

You can deploy modules using Bicep or Terraform, following the examples provided to streamline the process. This will save you a lot of time and effort.

Here are some examples of AVM modules you can use to get started:

To get started with AVM, you'll first need to access AVM modules, which can be found on AVM's official site or registries on Bicep and Terraform.

Each module comes with detailed instructions to help you understand how to deploy and use it effectively, so be sure to read the documentation carefully.

Deploying AVM modules is a straightforward process that can be done using Bicep or Terraform, following the examples provided to streamline the process.

You can customize the modules as needed to fit your project requirements while retaining the benefits of WAF-aligned setups.

To give you a better idea of what's available, here are a few examples of AVM modules:

This production standard AKS cluster module, for example, deploys a production standard AKS cluster along with supporting a Virtual Network and Azure container registry.

The main.parameters.json file is a crucial part of the deployment process. It's used to modify parameters such as the identifier and location.

To deploy the main.parameters.json file, you'll need to modify the identifier parameter to a unique 5-letter string. This will help ensure that your deployment is distinct from others.

You can also change the location parameter to a different Azure region of your choice. This is a great way to deploy your application in a region that's close to your target audience.

Here are the specific changes you can make to the main.parameters.json file: