Azure Virtual Desktop (AVD), formerly Windows Virtual Desktop, is Microsoft's cloud-based Desktop-as-a-Service (DaaS) platform that enables organizations to securely deliver Windows desktops and applications from Microsoft Azure. Azure AVD helps businesses support remote work, virtual desktops, and hybrid work environments while simplifying infrastructure management.
Azure Virtual Desktop is a free service for Microsoft customers with most types of Windows Enterprise licenses. However, the subscription or pay as you go (PAYG) Azure costs are additional, as are many components you may wish to add including those associated with monitoring such as Log Analytics and Azure Monitor.
Common Azure Virtual Desktop (AVD) use cases include:
Since its release AVD has matured considerably and is increasingly seen as a highly viable choice to replace traditional VDI on-prem deployments with cloud DaaS. For those looking to retain their data on-prem Azure also offers options to deploy AVD with Azure Local or Azure Hybrid. Microsoft also offers an alternative to AVD via Windows 365 Cloud PC strengthening its portfolio of alternatives to the traditional VDI vendors such as Citrix and Omnissa.
Traditional AVD runs Windows desktops and applications on Azure-hosted session hosts. Administrators publish desktops or RemoteApps through host pools and application groups, while users authenticate and connect through the AVD service. Profiles and user data can be managed separately, commonly with FSLogix, so sessions remain consistent as capacity scales or users connect to different hosts.
For those looking to retain workloads on-prem Microsoft does also offer alternatives to Azure hosted session hosts via Azure Local or leveraging Azure Arc.
Azure Virtual Desktop Use Cases
A particularly important distinction is that AVD can support both pooled desktops for standardized users and personal desktops for users who need dedicated environments, making it suitable for a mixture of task workers, knowledge workers and power users.
Key features of Azure Virtual Desktop (AVD) include:
AVD provides flexible access to desktops and applications, centralized administration, elastic Azure capacity, and for Azure-hosted deployments, reduced dependence on on-premises VDI hardware. It can improve security by keeping applications and data in a managed environment, simplify support for distributed users, and align infrastructure consumption with changing workforce demand.
AVD is a Microsoft-managed Azure service that provides the control plane and integrates with Azure infrastructure, identity, and management. Traditional VDI usually requires organizations to deploy and maintain more of the brokering, gateway, and data-center platform themselves. Both deliver virtual desktops, but AVD shifts more platform responsibility to the cloud and scales through Azure resources.
Azure Monitor is the default administration and monitoring solution in the Azure stack. Some of the challenges IT admins face when using Azure Monitor include lack of out-of-the-box features, dashboards and reports they need for daily operations, complex configuration model, lot of manual work, cost per metric collected and the need to write Kusto (KQL) queries to get the details they need.
Effective Azure Virtual Desktop monitoring enables IT teams to monitor user sessions, login performance, session hosts, FSLogix profiles, Azure resources, application responsiveness, and infrastructure health. Comprehensive Azure AVD monitoring helps organizations proactively identify performance bottlenecks and maintain an optimal digital employee experience.
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While Azure Monitor provides native monitoring capabilities, many organizations also use advanced monitoring platforms to gain deeper visibility into Azure Virtual Desktop performance, automate root-cause analysis, and simplify troubleshooting. Solutions that integrate with Azure Monitor for Azure Virtual Desktop can provide richer dashboards, historical analytics, and actionable insights.
With eG Enterprise you can:
Advanced monitoring platforms also provide Azure Virtual Desktop insights, helping administrators analyze user experience, resource utilization, session quality, and capacity trends across their Azure Virtual Desktop deployments.
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Azure Virtual Desktop (AVD) is Microsoft’s cloud-based desktop and application virtualization service running on Azure. It enables organizations to securely deliver Windows desktops and applications to users on virtually any device. AVD supports centralized management, remote access, multi-session Windows environments, and seamless integration with the broader Microsoft ecosystem.
Users access Azure Virtual Desktop through supported clients, which connect to Azure-hosted session hosts running desktops or applications. The Microsoft-managed control plane handles authentication, brokering, and routing connections. Administrators can assign full desktops or specific RemoteApps while managing resources, policies, user profiles, and performance centrally through Azure.
Azure Virtual Desktop is commonly used to support remote and hybrid workforces, deliver business-critical applications securely, enable business continuity, and simplify IT operations. Cloud-hosted AVD can be ideal for contractors, seasonal workers, call centers, educational institutions, and organizations that need flexible desktop capacity without investing in additional physical infrastructure.
Azure Virtual Desktop offers centralized administration, scalable resources, secure remote access, and simplified application delivery. Organizations can quickly provision and manage desktop environments while reducing reliance on on-premises VDI infrastructure. AVD also supports flexible work models, pay-as-you-go consumption for underlying Azure infrastructure, and integration with Microsoft security and identity services.
Yes. Azure Virtual Desktop is a cloud-based Virtual Desktop Infrastructure (VDI) solution that delivers desktops and applications from Microsoft Azure. Unlike traditional desktop deployments, AVD centralizes workloads in the cloud, improving security, manageability, and accessibility while providing users with a consistent desktop experience across devices and locations.
The primary difference is that Azure Virtual Desktop uses a Microsoft-managed Azure control plane, reducing the infrastructure organizations must deploy and maintain. Traditional VDI environments typically require customers to manage more platform components themselves. AVD also benefits from Azure scalability, simplified deployment, and native integration with Microsoft cloud services.
Effective Azure Virtual Desktop monitoring combines Microsoft AVD diagnostics with visibility into session performance, host health, user profiles, applications, network connectivity, and end-user experience. Comprehensive monitoring helps IT teams quickly identify root causes of slow logins, disconnects, application issues, and resource bottlenecks, ensuring a consistent user experience.
