The Best Virtual Windows and Microsoft 365 Experience, Delivered with Azure Virtual Desktop

Azure Virtual Desktop, formerly Windows Virtual Desktop, is Microsoft’s cloud desktop and app virtualization platform for secure remote work, contractor access, legacy app delivery, and scalable Windows experiences on Azure.

What is Azure Virtual Desktop?

Azure Virtual Desktop (AVD) is a Microsoft-managed desktop and app virtualization service running on Azure. It lets organizations deliver full Windows desktops or individual RemoteApp applications to users without operating the traditional Remote Desktop Services control plane, such as brokers, gateways, and web access servers.

AVD supports pooled and personal desktops, RemoteApp delivery, Windows 11 Enterprise multi-session, Windows 10 Enterprise multi-session where still required, and Windows Server session hosts for specific application scenarios. It is commonly used for hybrid work, secure bring-your-own-device access, temporary workforces, mergers and acquisitions, regulated workloads, and centralized application delivery.

Key benefits of Azure Virtual Desktop in 2026

Azure Virtual Desktop provides several practical advantages over traditional VDI and RDS deployments:

1. Windows 11 Enterprise multi-session: Deliver a familiar Windows experience to multiple users on shared session hosts, helping reduce infrastructure cost for suitable workloads.
2. Microsoft 365 Apps optimization: Run Outlook, OneDrive, Teams, Edge, and Microsoft 365 Apps for enterprise in a supported virtual desktop environment.
3. FSLogix profile containers: Improve user experience by providing profile persistence in pooled and non-persistent environments, including faster sign-ins and consistent app settings.
4. Flexible desktop models: Use pooled desktops for cost efficiency, personal desktops for dedicated user environments, or RemoteApp to publish only selected applications.
5. Centralized Azure management: Manage host pools, application groups, workspaces, session hosts, images, and scaling plans through the Azure portal, PowerShell, REST API, ARM/Bicep, or partner tooling.
6. Security integration: Combine AVD with Microsoft Entra ID, Conditional Access, multifactor authentication, Microsoft Intune, Azure role-based access control, Microsoft Defender for Cloud, and Azure Monitor.

Historical note: Windows 7 virtual desktop Extended Security Updates were once a migration benefit of the earlier Windows Virtual Desktop service, but Windows 7 ESU support has ended and should not be treated as a current security or compliance option.

How Azure Virtual Desktop can reduce cost

Azure Virtual Desktop can reduce cost by replacing parts of a traditional VDI/RDS infrastructure with a Microsoft-managed Azure control plane and by allowing shared, multi-session Windows desktops where appropriate.

For eligible users, AVD access rights are included with qualifying Microsoft 365 and Windows subscriptions, such as many Microsoft 365 Enterprise, Microsoft 365 Business Premium, and Windows Enterprise plans. However, Azure consumption costs still apply, including virtual machines, storage, networking, monitoring, backup, security services, and data transfer where applicable.

Licensing should be reviewed carefully in CSP/New Commerce Experience (NCE) environments. Subscription term, seat count, assigned licenses, and user eligibility all matter. AVD access rights for Windows client session hosts are different from Windows Server-based RDS scenarios, where appropriate Windows Server and RDS licensing may still be required. External user access may also require a different licensing approach than internal employee access.

Cost optimization typically includes pooled host pools, right-sized VM SKUs, autoscale and scaling plans, reserved VM instances or Azure savings plans where usage is predictable, image standardization, and storage tuning for FSLogix profile containers.

Modern architecture: host pools, images, profiles, and scaling

A typical Azure Virtual Desktop deployment includes host pools, session hosts, application groups, and workspaces. Users connect to a workspace and receive either a full desktop or specific RemoteApp applications based on their assigned application groups.

Session hosts can be created from standardized images and maintained through Azure Compute Gallery, helping IT teams control application versions, updates, and configuration drift. FSLogix profile containers are commonly stored on Azure Files or Azure NetApp Files, depending on performance, resiliency, and budget requirements.

Identity can be designed around Microsoft Entra ID joined, hybrid Microsoft Entra joined, Active Directory Domain Services, or Microsoft Entra Domain Services scenarios. The right model depends on application dependencies, Group Policy requirements, file access patterns, and the organization’s broader identity roadmap.

Scaling plans help power session hosts on and off based on demand, schedule, and user load. This is one of the most important operational features for controlling Azure consumption while maintaining a good user experience.

Security and management considerations

Azure Virtual Desktop should be deployed as part of a broader Zero Trust and cloud operations strategy. Microsoft Entra ID enables centralized identity, Conditional Access, MFA, and sign-in risk controls. Microsoft Intune can manage supported Windows session hosts and enforce configuration baselines. Azure role-based access control helps separate administrative duties across desktop, identity, networking, and security teams.

For network and workload protection, organizations may use Microsoft Defender for Cloud, Microsoft Defender for Endpoint, Azure Firewall, network security groups, private endpoints or Private Link where supported, and controlled access to storage services. Azure Monitor and Log Analytics provide visibility into connection quality, session host health, performance, and operational events.

The goal is not only to publish desktops, but to deliver a secure, monitored, maintainable workspace that aligns with compliance and business continuity requirements.

When Azure Virtual Desktop is a good fit

Azure Virtual Desktop is a strong option when users need secure access to Windows apps and data from unmanaged or remote devices, when contractors need controlled access without full corporate device enrollment, when applications must stay close to Azure-hosted data, or when IT wants to centralize desktop operations.

It may not be the lowest-cost choice for every user or workload. Some employees may be better served by managed physical devices with Microsoft Intune, Windows 365 Cloud PCs, or standard Microsoft 365 access. A successful design starts with user personas, app requirements, identity dependencies, performance expectations, security requirements, and a clear cost model.

Key takeaways

• Windows Virtual Desktop is now Azure Virtual Desktop, with current support for Windows 11 Enterprise multi-session and modern Microsoft 365 app experiences.
• AVD can simplify VDI operations by using a Microsoft-managed Azure control plane while still requiring careful planning for Azure compute, storage, networking, monitoring, and security costs.
• FSLogix, Teams optimization, autoscale/scaling plans, Azure Compute Gallery, and Intune/Entra integrations are central to modern AVD deployments.
• Licensing must be validated against current Microsoft 365, Windows, CSP/NCE, external user, and Windows Server/RDS requirements.
• Security should include Microsoft Entra ID, Conditional Access, MFA, RBAC, Defender, monitoring, and network controls rather than relying on desktop isolation alone.

If you are evaluating Azure Virtual Desktop or modernizing an older RDS/VDI environment, IT Partner can help assess licensing, identity, security, cost optimization, and deployment design through our Azure Virtual Desktop and Microsoft 365 services.