Azure Abbreviation Explained for Microsoft Services and Resources

Azure is a comprehensive cloud computing platform offered by Microsoft, and it's essential to understand its various abbreviations to navigate its services and resources effectively.

Azure has a wide range of services, including Azure Active Directory (AAD), which is a cloud-based identity and access management solution.

AAD provides a centralized platform for managing user identities, permissions, and access to Azure resources.

Microsoft Azure is a global cloud computing platform, with data centers located in many regions around the world, including Asia, Europe, and the United States.

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The AZ-104 certification is a great addition for your resume, especially with the shift towards role-based certifications.

To earn the Microsoft Certified: Azure Administrator Associate certification, you can check out the AZ-104 Microsoft Azure Administrator Certification Prep course, which focuses on hands-on learning with over 20 labs and demonstrations.

The AZ-104 certification is a great opportunity to gain skills and knowledge in Azure administration, which can be beneficial in the field.

This course is designed to help you prepare for the exam and gain practical experience with Azure administration.

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Microsoft Azure Services offer a wide range of features and tools to support various applications and workloads. One of the key aspects of Azure is its naming convention for resources, which includes a set of abbreviations for different services.

Here are some examples of Azure services and their corresponding abbreviations: Resource typeResource name abbreviationAPI Management services-apim-App Service Functions apps-func-App Service Plans-asp-App Service Web apps-web-Application Gateways-agw-Application Insights-ai-Application Security Groups-asg-

These abbreviations can be used to identify and differentiate between various Azure resources, making it easier to manage and organize your Azure environment.

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Compute is a fundamental aspect of Microsoft Azure Services, and it's essential to understand how it has evolved. AZ-104 shifted the focus from Virtual Machines (VMs) to compute as a whole.

In the past, Azure Administrators focused on VMs, but now they need to learn more. This includes creating and configuring containers and web apps.

Azure Kubernetes Service (AKS) and App Service play a crucial role in this shift. AKS enables administrators to create and manage containerized applications, while App Service allows them to deploy and manage web apps.

With this new focus, Azure Administrators will need to develop their skills in these areas. This will help them to efficiently manage and scale their applications.

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Storage is a vital aspect of Microsoft Azure Services, and understanding how it works is essential for any Azure Administrator.

Azure Blob Storage is a great option for storing large amounts of unstructured data, such as images and videos. Azure Files, on the other hand, is designed for storing file shares and can be accessed from anywhere.

Azure Disk Storage is a block-level storage solution that's perfect for virtual machines and offers high-performance storage. Azure Premium Storage is a high-performance, low-latency storage solution designed for critical applications.

Azure Data Lake Storage Gen2 is a highly scalable and secure storage solution for big data and analytics workloads. Azure Storage accounts can be used to store and manage data across multiple Azure services.

Azure Storage offers a range of features, including data encryption, data replication, and data backup. These features ensure that your data is safe and can be recovered in case of a disaster.

Here are some common Azure Storage account types:

Data and analytics are crucial components of Azure, and understanding the abbreviations related to these domains can help you navigate the platform more efficiently.

Azure Analysis Services server is represented by the abbreviation "as" and is located in the namespace "Microsoft.AnalysisServices/servers".

In the realm of data storage, Azure Data Lake Store account is denoted by the abbreviation "dls" and is found in the namespace "Microsoft.DataLakeStore/accounts".

The AZ-104 exam places a strong emphasis on data management, a shift from the AZ-103 exam which focused more on creating and configuring storage resources.

In the AZ-104 exam, you'll need to understand how to manage storage accounts and data, a key difference from the AZ-103 exam.

This change is due to high-profile data management related crises, highlighting the importance of proper data management in today's digital landscape.

The AZ-104 exam also drops CDN and Azure Data Factory from the exam guide syllabi, but gains an independent section on Implementing Monitoring and Azure Backup.

Azure Blob Storage is now an exam objective in the Storage domain, whereas in AZ-103 it was not an exam objective.

Azure Backup is now an independent section, no longer a subsection of the storage domain as it was in AZ-103.

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Analytics and IoT are crucial components of the Data and Analytics landscape. Azure Analysis Services servers, for instance, are a type of resource that falls under the Analytics category.

Azure Analysis Services servers can be identified by their resource provider namespace, which is Microsoft.AnalysisServices/servers, and are often abbreviated as "as".

Azure Data Factory, on the other hand, is a global resource that can be recognized by its resource provider namespace, Microsoft.DataFactory/factories, and is often abbreviated as "adf".

Azure Synapse Analytics workspaces, another key resource in the Analytics category, can be identified by their resource provider namespace, Microsoft.Synapse/workspaces, and are often abbreviated as "synw".

Here's a list of some key resources in the Analytics and IoT categories:

These resources are just a few examples of the many tools and services available in the Analytics and IoT categories.

Security and Governance is a critical aspect of Azure, and it's essential to understand its role in managing identities and governance. The "Identity and Governance" domain in AZ-104 has narrowed the focus to integrating Azure services.

In this context, Azure's identity and governance capabilities are crucial for managing subscriptions and resources. The integration of Azure services requires a deep understanding of how they interact with each other.

Azure's security and governance features provide a robust framework for managing identities, subscriptions, and resources. This includes the ability to understand the integration of Azure services, as seen in the "Identity and Governance" domain in AZ-104.

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Management and Governance is a crucial aspect of Security and Governance. It's all about ensuring that your Azure resources are properly managed and governed.

You can manage Azure resources using various tools, including Azure Policy definition, which allows you to define and enforce policies across your resources. Azure Policy definition is a resource that lives in the Microsoft.Authorization namespace, specifically in the policyDefinitions resource.

Azure Monitor is another essential tool for management and governance. It provides features like alert processing rules, action groups, and data collection rules to help you monitor and respond to issues in your resources. For example, you can create an alert processing rule in the Microsoft.AlertsManagement namespace to define how alerts are processed.

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Here's a list of some of the key resources you can use for management and governance in Azure:

By using these resources and tools, you can ensure that your Azure resources are properly managed and governed, which is essential for maintaining security and compliance.

In Azure, each resource has a scope that defines its level of access and uniqueness. This scope is crucial for ensuring that resources don't overlap or conflict with each other.

A resource's name must be unique within its scope, which means that if you have a resource group with a virtual network named vnet-prod-westus-001, another resource group can also have a virtual network with the same name.

A resource's scope can be at various levels, including a resource group, which is where subnets are scoped to virtual networks. This means that each subnet within a virtual network must have a distinct name.

Some resource names have a global scope, such as a name for a Platform as a Service (PaaS) that has a public endpoint or a virtual machine DNS label. This requires a name that's unique across the entire Azure platform.

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