Complete Azure 104 Documentation for Azure Administrator

As an Azure Administrator, having a solid grasp of Azure 104 documentation is essential to manage and maintain Azure resources efficiently.

Azure 104 documentation provides a comprehensive guide to managing Azure subscriptions, including how to create and manage Azure Active Directory (AAD) users and groups.

To create an AAD user, you need to provide a username, password, and email address, and assign a role to the user.

Azure 104 documentation also covers how to create and manage Azure resources, including virtual machines, storage accounts, and networks.

With Azure 104 documentation, you can learn how to implement Azure policies to enforce security and compliance standards across your Azure resources.

Azure governance is a crucial aspect of managing your Azure resources. Implementing and managing Azure Policy is a key part of this process.

Azure Policy allows you to define and enforce rules for your Azure resources, ensuring that they meet your organization's standards and compliance requirements. This can include things like setting up security best practices, enforcing data storage regulations, and more.

To effectively manage your Azure resources, it's essential to configure resource locks. This prevents accidental deletion or modification of critical resources.

Tags are another important aspect of Azure governance. By applying and managing tags on your resources, you can categorize and track your resources more efficiently.

You should manage your resources within resource groups, as this helps organize and simplify your resource management.

Managing subscriptions is also a vital part of Azure governance. This includes creating and managing subscriptions, as well as assigning roles and permissions to users.

To keep costs under control, you can use alerts, budgets, and Azure Advisor recommendations. These tools help you stay on top of your spending and identify areas for improvement.

Finally, configuring management groups is a great way to organize your subscriptions and resources. This helps you manage your resources at a higher level and make it easier to implement governance policies across your organization.

Here are the key Azure governance tasks to keep in mind:

As you navigate the world of Azure 104 documentation, you'll likely find yourself working with users and groups. In Azure, you can create users and groups, manage user and group properties, manage licenses in Azure AD, and even manage external users.

To create users and groups, you can follow the steps outlined in the Manage Azure AD users and groups section. This will give you a solid foundation for building and managing your user base.

You'll also want to configure self-service password reset (SSPR) to make it easier for users to reset their passwords. This can be done by following the steps in the Manage Azure AD users and groups section.

Here's a quick rundown of the key tasks you can perform when it comes to managing users and groups:

Azure Compute is a powerful tool that allows you to create and configure virtual machines with ease.

You can create a virtual machine and manage its sizes, disks, and deployment to availability zones and sets. This includes deploying and configuring Azure Virtual Machine Scale Sets.

To move a virtual machine to another resource group, subscription, or region, you can simply follow the steps outlined in the documentation. This is a great way to manage your resources and optimize your cloud infrastructure.

Here are some key tasks you can perform in Azure Compute:

Deploying compute resources in Azure is a breeze with the right tools and knowledge. You can automate deployment of resources by using Azure Resource Manager (ARM) templates or Bicep files.

ARM templates or Bicep files are a great way to manage your resources, but did you know you can also modify existing templates or files to suit your needs? This flexibility is a game-changer for anyone working with large-scale deployments.

To get started, you'll want to interpret an ARM template or a Bicep file, which will give you a solid understanding of what's already in place. From there, you can make changes as needed to ensure your resources are deployed correctly.

Here are some key steps to keep in mind when working with ARM templates and Bicep files:

Once you've got your resources deployed, you can focus on creating and configuring virtual machines. This is where things get really interesting, as you can create a virtual machine from scratch or configure Azure Disk Encryption to add an extra layer of security.

Here are some key tasks to consider when working with virtual machines:

By following these steps and staying organized, you'll be well on your way to deploying compute resources like a pro in Azure!

Provisioning containers in Azure is a breeze. You can create and manage an Azure container registry, which is the foundation for all your container-related tasks.

To get started, you'll need to create an Azure container registry. This will give you a centralized location to store and manage all your container images.

Once you've created your registry, you can provision a container using Azure Container Instances. This will allow you to run a container without worrying about the underlying infrastructure.

Azure Container Apps is another option for provisioning containers. This service allows you to deploy and manage containers in a more scalable and flexible way.

To manage your containers effectively, you'll need to pay attention to sizing and scaling. This includes managing resources for both Azure Container Instances and Azure Container Apps.

Here's a quick rundown of the key tasks you'll need to perform:

Azure Compute provides a consistent baseline environment across all regions, ensuring that applications behave predictably and consistently regardless of where they're deployed. This consistency is achieved through Azure's global network of data centers.

Azure's virtual machine sizes and shapes are designed to be region-agnostic, allowing you to deploy the same VM size and configuration in any region. This makes it easy to move workloads between regions without worrying about differences in hardware or software.

Azure's consistent baseline environment also includes a standardized set of virtualization layers, including the hypervisor, virtual machine monitor, and virtual network stack. This ensures that applications interact with the virtualization layer in the same way, regardless of the region.

The Azure Compute baseline environment includes a set of predefined security features, such as network isolation, encryption, and access control, to protect applications from unauthorized access.