A remote desktop rollout can look affordable until the first month of full use. The IT team may discover that virtual machines stay on overnight, that a shared desktop slows down when too many people sign in, or that a fixed Cloud PC license is being paid for an employee who only uses it twice a week. The wrong model creates costs that are hard to spot during a demonstration.
The Azure Virtual Desktop vs. Windows 365 choice comes down to how people use their Windows environment and how much of the underlying service the business wants to operate. Both deliver Windows desktops from Microsoft’s cloud. Azure Virtual Desktop lets an organization design and run its own virtual machine capacity in Azure. Windows 365 packages a Cloud PC into a subscription with Microsoft taking responsibility for more of the hosting layer.
TL;DR
Azure Virtual Desktop fits teams that need pooled Windows sessions, published applications, or close control over virtual machines and schedules. Its costs depend heavily on compute hours, storage, networking, licenses, and the work needed to keep host pools running. Windows 365 usually fits people who need a familiar personal Cloud PC with more predictable subscription charges and less infrastructure administration. Windows 365 Flex also offers nonconcurrent access models for workers who don’t need an individually licensed Cloud PC all day. A fair decision tests the same applications, user schedules, security controls, and support tasks, then calculates a 12-month total. Neither model removes the need for endpoint security, suitable licensing, or a recovery plan.
What Each Cloud Desktop Model Actually Provides
Azure Virtual Desktop is a desktop and application virtualization service hosted in Azure. An organization creates host pools, chooses virtual machine sizes, sets network access, and publishes desktops or individual applications. A host can serve 1 user or several at the same time, depending on the operating system and pool type. Microsoft’s service overview confirms support for Windows 11 Enterprise multi-session and RemoteApp delivery, which are central differences from a standard Windows 365 personal Cloud PC.
Windows 365 provides Cloud PCs that users access remotely. A Cloud PC generally behaves like an assigned Windows computer: users sign in, keep their applications and files, and return to the same managed environment. Microsoft operates the underlying Cloud PC infrastructure. The organization’s admins still handle user access, app deployment, device policy, and help-desk problems within their purchased edition.
The Azure Virtual Desktop vs. Windows 365 comparison becomes clearer when the purchase is framed as a capacity question. Does the business want to own the design of a shared computing pool, or buy a defined Windows computer service for each eligible user? Either choice can be managed well. They place different work on the IT team.
Windows 365 Business and Enterprise also differ. Business focuses on simpler provisioning and has a 300-user tenant limit, while Enterprise supports more involved provisioning through Microsoft Intune and customer network choices. Microsoft’s edition comparison explains that Enterprise also requires qualifying Windows Enterprise, Intune, and Entra ID P1 licensing for each user. Windows 365 licensing must therefore be budgeted from the start.
| Decision Point | Azure Virtual Desktop | Windows 365 |
| Desktop ownership | Organization designs host pools and capacity | Microsoft hosts a subscribed Cloud PC service |
| User assignment | Pooled or personal desktops | Personal Cloud PCs; Flex also supports shared access |
| Application delivery | Full desktop or selected RemoteApps | Primarily a Cloud PC desktop; eligible shared offerings have additional app options |
| Cost basis | Azure resource use plus applicable licenses | Subscription license plus applicable extra services |
| Capacity work | Customer sizes, scales, and maintains session hosts | Microsoft manages the underlying Cloud PC capacity |
| Strongest fit | Shared shifts, app publishing, customized hosting | Persistent individual desktops and simpler operations |
Understanding the Different Cost Models
Azure Virtual Desktop pricing is built from the resources used to deliver sessions. The largest variable is often the virtual machine compute bill. Storage for system disks and user profiles, network traffic, monitoring, and other Azure services can add charges. Some users already hold qualifying access rights through Microsoft subscriptions; others may require additional licensing or a different commercial arrangement.
Microsoft’s cost estimation guidance separates Azure resource consumption from licensing. That separation is essential. An organization with eligible access licenses may still face a significant AVD compute bill. Windows 365 licensing needs a separate review, even when the business already pays for Microsoft 365.
Windows 365 pricing usually begins with a subscription for a selected CPU, memory, and storage configuration. The fee is easier to forecast when the user population and Cloud PC sizes stay stable. It doesn’t mean every connected cost disappears. Licensing prerequisites, customer-managed networking, security tools, and support effort can still affect the full budget.
Microsoft’s Enterprise plan prices show that the monthly rate changes with the selected specification. Published prices are useful for an initial check, but discounts and region-specific terms can change the offer. A per-user subscription shouldn’t be compared with an Azure compute-only estimate.
Why Running Hours Change the Answer
The difference between paying for a provisioned personal machine and paying for Azure resources becomes important when usage is irregular. A Cloud PC subscription can remain payable even when the assigned employee is away. In Azure Virtual Desktop, stopped and deallocated session hosts can reduce compute charges, although storage and other components may continue to cost money.
Azure Virtual Desktop pricing can therefore be attractive for a group that signs in during predictable periods. That advantage weakens when the desktops must remain available at all times or when poor scaling settings leave servers running. Some workloads fit personal desktops better than pooled virtual desktops, where shared-use savings may be limited.
Building a 12-Month Cost Comparison
A useful cloud PC comparison measures both monthly spending and who performs the work. To estimate cloud PC costs, start with a user roster that separates full-time staff, intermittent users, contractors, and concurrent shifts. Then identify the applications, acceptable sign-in delay, and expected daily hours for each group. Headcount alone can’t predict the compute requirement for shared desktops.
Consider a hypothetical organization with 120 staff who need occasional access and 40 who work in a Cloud PC all day. This is a planning example, not a price quote or published benchmark. For the occasional group, the team could model pooled virtual desktops using a measured concurrent-session limit. For the 40 regular users, it could compare personal Azure desktops with a Windows 365 Enterprise subscription.
An Azure Virtual Desktop pricing estimate must allow for the busiest hour rather than average use. Running too few session hosts creates slow sign-ins and crowded memory conditions. Running too many increases spending. Microsoft’s autoscale scenarios explain how schedules and capacity thresholds affect host availability. Autoscale can reduce wasted compute time, but the organization remains responsible for configuration and performance testing.
To estimate cloud PC costs for Windows 365, choose a specification based on actual application performance rather than a job title. A user who opens complex spreadsheets alongside collaboration software may need more memory than a user whose work stays in a browser. Use a pilot to confirm the specification, then price the number of required licenses across the contract period.
The Costs That Often Get Omitted
Both options need onboarding, user training, security policy work, and support. Azure Virtual Desktop may also need FSLogix profile storage, image upkeep, routing, and more detailed Azure monitoring. Windows 365 may need upgrades to existing subscriptions, network design for internal applications, and additional support for Cloud PC provisioning. Record recurring tasks in staff hours.
| Budget Line | AVD Question | Windows 365 Question |
| Access rights | Do assigned users already qualify? | Does each user meet edition prerequisites? |
| Desktop capacity | How many hosts run at peak and off-peak? | Which Cloud PC size is assigned? |
| Storage | What disk and profile capacity is required? | Are extra data services or backups needed? |
| Networking | What private access and outbound traffic are billed? | Is a customer-managed Azure network required? |
| Administration | Who manages images, scaling, and host health? | Who manages provisioning policies and user devices? |
| Service recovery | What reserve capacity and backup work is funded? | Are added recovery services required? |
Check cloud PC costs under normal activity and under a busier case. Include one-time migration expenses separately. Cloud PC costs become more meaningful when the total includes people and operational risk rather than only the vendor invoice.
Licensing Rules That Can Change the Budget
Licensing can change an Azure Virtual Desktop vs. Windows 365 savings claim. Azure Virtual Desktop access for internal users generally depends on eligible Windows or Microsoft 365 subscriptions, while access for eligible external commercial users can follow a separate per-user access pricing path. The Azure infrastructure is still billed. Confirm rights for the specific operating system, user type, and delivery scenario before deployment.
Windows 365 licensing depends on the edition. Business doesn’t have the same prerequisite bundle as Enterprise. Enterprise users require the applicable Windows Enterprise entitlement, Intune, and Entra ID P1. Some Microsoft 365 suites include these rights; a smaller organization with lighter licenses may have to buy them. Simply seeing Microsoft 365 on an invoice is insufficient proof.
Another Windows 365 licensing issue is Flex, the current offering for certain shared and shift-based scenarios. Flex licenses are pooled at the tenant level and aren’t assigned directly to individual users. Microsoft’s Flex licensing rules specify the required Windows Enterprise, Intune, and Entra ID P1 rights for each eligible user. The purchase needs enough Flex licenses for the intended concurrency.
Windows 365 licensing reviews should also check application licenses. Delivering an app through a virtual desktop doesn’t remove the software publisher’s user, device, or concurrent-use conditions. Some desktop software supports multi-session installations; other products may require a separate agreement. Include Microsoft 365 Apps eligibility and any specialist application rights in the same review.
Windows 365 licensing should be checked again when contractors or partners enter the picture. External users may need different entitlements or a different delivery model than employees. Shared accounts don’t solve this issue and can weaken identity controls. The final plan should list which license covers each group.
Pooled Desktops Versus Dedicated Cloud PCs
Pooled virtual desktops work by placing several user sessions on shared session-host capacity. In Azure Virtual Desktop, Windows 11 Enterprise multi-session enables this model. Each user still gets a separate Windows session, but the underlying host resources are shared. The arrangement can lower per-user compute usage when session density and schedules are suitable.
Pooled virtual desktops aren’t interchangeable with personal desktops. A shared host can be affected by a noisy application or memory-heavy user. IT must decide how many sessions to allow per machine and how many hosts must stay ready for sudden demand. Apps also need to behave properly in multi-user environments.
User profiles are a major detail in Azure Virtual Desktop vs. Windows 365. For Azure Virtual Desktop, FSLogix containers commonly keep user settings and profile data separate from replaceable session hosts. Microsoft’s profile storage guidance describes storage choices such as Azure Files. Storage performance and permissions deserve testing because a slow or unavailable profile share can affect many users at once.
Windows 365 Enterprise normally provides a persistent personal Cloud PC; this matters in a cloud PC costs comparison. The user returns to the same environment, so teams don’t have to build a multi-session host pool just to offer a familiar desktop. That benefit is most valuable when users keep local app state or need consistent access throughout the week.
How Windows 365 Flex Changes the Choice
A traditional comparison can miss Microsoft’s newer nonconcurrent access options. In dedicated mode, Windows 365 Flex allows 1 license to cover up to 3 individually assigned Cloud PCs, with 1 concurrent session. In shared mode, 1 license provides a Cloud PC used by members of an assigned group at different times, with user data removed after a session. Microsoft’s Flex mode guidance describes those differences and their limitations. Flex should be tested against the actual shift pattern.
This doesn’t make pooled virtual desktops unnecessary. AVD can present several simultaneous users on a single Windows multi-session host and can publish individual apps. Flex limits how its licenses are used and serves different patterns of concurrency and persistence. For a warehouse shift using one special application, both might be candidates; their operational arrangements would still differ.
Who Manages Images, Devices, and Updates?
In Azure Virtual Desktop vs. Windows 365, virtual desktop management can cost more than the subscription difference. With Azure Virtual Desktop, the organization owns more configuration decisions. Administrators manage host pools, choose virtual machine images, create scaling plans, and maintain underlying session hosts. They need a working process for OS updates and for replacing a failed host without losing access to user profiles.
Windows 365 Enterprise shifts more host infrastructure work to Microsoft. Administrators still use Intune to choose provisioning policies, images, applications, and device settings. The Cloud PC provisioning process explains that the selected network, image, and user-group assignment determine how new Cloud PCs are created. Provisioning choices still need testing and change control.
A business with mature Azure skills may prefer the control in AVD. Its Azure Virtual Desktop pricing will still depend on host operation. It can use existing image pipelines and Azure policy tools, provided those workflows support remote desktops. A smaller IT department may prefer Windows 365 because it avoids directly running session-host capacity. The simpler hosting arrangement doesn’t excuse poor patching or access governance.
Virtual desktop management must also cover employees joining or leaving. For an AVD pooled desktop, access can be removed from an application group while the shared infrastructure remains. For a dedicated Cloud PC, the organization must decide how to recover work files and what happens to the assigned license. These actions belong in written service-desk procedures.
Application Performance and Daily User Experience
The Azure Virtual Desktop vs. Windows 365 decision starts with the application, not a CPU number. Browser-based work often tolerates shared capacity better than demanding engineering software or large local data files. Some apps also need specific graphics hardware or USB devices. Assess those needs before deciding that everyone can use a pooled image or the same Cloud PC size.
Azure Virtual Desktop pricing differs by resources used. The service can publish individual RemoteApps instead of an entire Windows desktop. That option is useful when contractors need access to one internal application or when the business wants a familiar local desktop with a remote application window. It adds planning around app compatibility and user experience, but it can reduce the need to present a complete remote workspace for a narrow task.
Windows 365 presents a persistent Cloud PC to the user, which can suit roles that expect a stable desktop with their familiar applications installed. Performance still depends on the selected plan, endpoint connection, network distance, and software demands. A subscription doesn’t guarantee that a low-memory Cloud PC will run heavy workloads well.
Changing size deserves care. Microsoft’s Cloud PC resize guidance explains that supported resizing can preserve user and disk data, but it briefly disconnects users and has limits, including GPU Cloud PCs. CPU and RAM can be increased or decreased, while disk storage can only be increased through Resize. Schedule hardware changes with the employee and test whether the new size meets the workload.
For pooled virtual desktops, measure sign-in time and responsiveness with the full expected number of simultaneous users. Session density that looks acceptable with 3 testers may become frustrating when 25 employees run the same app. Test an ordinary working day, including video calls and common printing tasks, before treating the capacity plan as final.
Networking, Identity, and Access to Internal Apps
Networking can reverse an Azure Virtual Desktop vs. Windows 365 decision. A cloud desktop close to Microsoft’s services may still respond poorly if its main application sits in an office data center far away. Files can travel between the Cloud PC, the application server, and the end user’s device. The shortest route matters more than whether the desktop is described as cloud-hosted.
Azure Virtual Desktop uses customer-managed Azure virtual machines and networking for its session hosts. IT must plan routes, DNS, private connectivity, firewalls, and required outbound access. Those arrangements create flexibility but also make the customer’s team responsible for more failure points. It must know who fixes a broken route when sign-ins work but the main application doesn’t.
Windows 365 Enterprise supports Microsoft-hosted networking or a customer Azure network connection, depending on application needs. Traffic charges can affect cloud PC costs when the business chooses customer-managed networking. Microsoft’s network deployment guidance recommends Microsoft-hosted networking for many deployments while retaining customer network connections for cases needing direct private access or special routing. A customer-managed network can introduce Azure traffic charges and additional work.
Test identity sign-in, multifactor authentication, Conditional Access, and access to legacy domain resources. A design that works with Microsoft Entra joined devices may need extra planning when older software depends on local Active Directory. Network and identity dependencies must be checked together because a failed authentication path can look like a desktop outage.
Security, Monitoring, and Responsibility Boundaries
In Azure Virtual Desktop vs. Windows 365, neither service is secure simply because it runs in Azure. The customer still controls who can sign in, which applications run, and how sensitive information is handled. Microsoft manages different parts of the hosting service in each model, but patch policy, account review, and incident response still need owners.
In Azure Virtual Desktop, IT must monitor the health of its session hosts and the supporting Azure resources. The AVD diagnostics guide explains how connection failures, host registration, and session activity can be sent to Log Analytics. Those monitoring resources can have their own charges, and the team needs alerts that lead to a real response.
Windows 365 provides Cloud PC health and device information through its management experience. Staff should still investigate repeated sign-in trouble, failed app deployments, or devices missing security settings. Microsoft-managed infrastructure reduces some server maintenance; it doesn’t take responsibility for the organization’s endpoint policy decisions.
Virtual desktop management should document administrative roles and break-glass access. An outage is a poor time to discover that the only administrator is locked out by the same conditional policy affecting employees. Limit routine privileges and test emergency recovery access under controlled conditions.
Sensitive data needs a location plan. Ask where profile data and user files will live, how they are backed up, and whether data can leave the remote desktop through clipboard, downloads, or peripheral redirection. A remote session can reduce data stored on unmanaged devices, but it doesn’t eliminate every route for data loss.
Availability, Backups, and Service Recovery
In Azure Virtual Desktop vs. Windows 365, either service can fail while the user has working internet. A host pool may run out of capacity, profile storage can become unavailable, or a network route may stop working. The recovery plan should separate user-session problems from failures affecting an entire region or application. A published uptime figure can’t replace that work.
With Azure Virtual Desktop, the organization is responsible for planning resilience of the session hosts and supporting resources it controls. This might involve multiple hosts, availability zones where suitable, tested profile backups, and a documented alternate region strategy. Scaling is useful for normal demand changes, but it shouldn’t be mistaken for automatic disaster recovery.
For Windows 365, Microsoft operates more of the platform and documents the service’s shared responsibilities. Its resilience guidance advises use of Microsoft-hosted networking where possible and discusses point-in-time restore and other recovery choices. Restoring a previous Cloud PC state isn’t equivalent to restoring every cloud application the employee uses.
Some Windows 365 Enterprise deployments can purchase an added cross-region disaster recovery service. Microsoft’s cross-region recovery guidance describes licensing, activation, temporary Cloud PCs, and recovery targets. It is an optional arrangement with eligibility and capacity limits, rather than an automatic benefit for all subscribers.
Recovery services can increase cloud PC costs, so a recovery test should answer 3 practical questions. How does the employee regain access? What work might be missing? Who tells staff when it is safe to resume? Test an actual lost or failed desktop and record the results. Keep application data backups separate from the ability to start a Windows session.
Which Model Fits Common Mid-Market Teams?
The Azure Virtual Desktop vs. Windows 365 decision is easiest when each employee group is assessed on its own. Many companies have several access patterns and don’t need to pick a single service for everyone. A shared app and a personal Cloud PC can operate under the same broader identity and endpoint policies, with separate cost ownership.
A seasonal customer service group with predictable shifts may be suited to pooled virtual desktops. Staff use a similar set of applications, and managers can estimate how many will be online together. These pooled virtual desktops make sense if IT can operate session density, app images, profile storage, and scaling. If the workers only need occasional nonconcurrent access, Windows 365 Flex also belongs in the evaluation.
In Azure Virtual Desktop vs. Windows 365, a financial analyst who works throughout the week with a personalized environment may prefer a dedicated Windows 365 Enterprise Cloud PC. The monthly subscription can help forecast costs, and Microsoft handles more of the infrastructure. A personal AVD desktop remains an option when custom network design or virtual machine control is important.
A contractor who needs one legacy application for a limited project may be better served through AVD RemoteApp than a full persistent Cloud PC. Check external access rights, app licensing, and the security settings applied to the session. Avoid giving broad file access when the task requires only one application.
An organization with experienced Azure engineers may value AVD’s detailed control and the chance to tune Azure Virtual Desktop pricing through schedules. A small IT team that already manages Windows devices with Intune may value the simpler operating boundary of Windows 365. These are tendencies, not rules; a pilot can produce a different result.
| Work Pattern | Model Worth Testing First | Reason to Reconsider |
| Predictable shift-based work | AVD pooled host pool | Session density or profile problems |
| Personal desktop all week | Windows 365 Enterprise | Need for unusual VM or network control |
| Part-time dedicated workers | Windows 365 Flex dedicated | Concurrent demand exceeds license capacity |
| Short shared tasks | Windows 365 Flex shared | Users need persistent session data |
| One remote legacy application | AVD RemoteApp | Application cannot run well in shared hosting |
| Highly customized Azure environment | AVD personal or pooled | Operations team cannot support the added work |
A Practical Pilot and Decision Checklist
The Azure Virtual Desktop vs. Windows 365 choice should end with a trial that uses the same staff and software, rather than unrelated demo environments. Begin with 2 or 3 employee groups that represent the hardest requirements. Include the oldest critical application and someone who works from a weaker home connection. A successful pilot needs to expose trouble before broad rollout.
During the first week, confirm licenses and network access. Verify device enrollment, identity rules, and access to shared files. For an AVD pooled host pool, test concurrent sessions with the expected app mix. For Windows 365, provision the planned edition and Cloud PC size rather than a higher-spec demo machine that won’t be purchased.
In the next stage, measure sign-in times, application response, user disconnects, and routine help-desk tasks. Record how long it takes to add a user, replace a failing desktop, and patch an application. Test the end of a shift so shared-session cleanup and persistence behave as planned. Support teams should know where to look when a remote desktop stops responding.
A final cost review needs actual utilization and a confirmed quote. Check Azure Virtual Desktop pricing with different peak loads and shutdown schedules. Check Windows 365 pricing with the selected Cloud PC sizes and every qualifying subscription. For Windows 365 licensing under Flex, compare maximum concurrency with the number of purchased licenses and the required user experience.
Use these decision gates before signing: the required applications work; security controls are applied; support owns failures; recovery has been tested; and the full-year budget includes expected growth. A failure in one of these gates deserves correction before rollout. Don’t average a critical gap away with a high feature score.
Conclusion: Choose Capacity That Matches the Work
Azure Virtual Desktop vs. Windows 365 is a choice between different responsibilities and patterns of use. AVD gives IT more control over shared capacity, application delivery, and Azure resource spending. Windows 365 provides a more defined Cloud PC service that may be easier to operate for staff who need their own persistent desktop. Flex adds another option when employees use desktops at different times.
The best Azure Virtual Desktop vs. Windows 365 fit works for real users at a supportable annual cost. License rights, peak sessions, internal application access, and recovery duties should be settled before purchase. A company can use both models where the evidence supports it. The deciding factor is how the desktops will be used and maintained after the pilot ends.
FAQs
Is Azure Virtual Desktop Cheaper Than Windows 365?
It can be cheaper for people who share capacity or work limited hours, especially when session hosts are correctly scaled down. Windows 365 may cost less to operate for persistent personal desktops because there is less infrastructure work. Compare full-year costs with the same applications and users.
Does Windows 365 Replace Azure Virtual Desktop?
No. The services support different delivery patterns. Windows 365 focuses on Cloud PCs with defined license and management models. AVD also supports Windows multi-session desktops and RemoteApp delivery, with more control over customer-managed Azure resources.
Can Several Users Share One Azure Virtual Desktop Machine?
Yes. Eligible Windows multi-session hosts can serve several users at once in separate sessions. IT must size memory and CPU for peak demand, set session limits, and provide suitable profile storage. An overloaded host can affect several employees.
Does Windows 365 Offer Shared Cloud PCs?
Yes. Windows 365 Flex has shared and dedicated modes for nonconcurrent use. Shared mode provides a Cloud PC used by different assigned users at separate times and clears session data afterward. Dedicated mode preserves an individually assigned user’s environment between sessions.
What Is Included in a Windows 365 Monthly Price?
The base subscription covers a selected Cloud PC specification under the purchased plan. Required Microsoft subscriptions, customer-managed Azure networking, security products, and support may add costs. Contract and edition terms determine the final amount.
Are Microsoft 365 Licenses Enough for AVD?
Some Microsoft 365 and Windows licenses provide eligible internal-user access, but not every license does. Azure virtual machine and supporting resource charges still apply. Confirm the exact entitlement and the user category before making a cost claim.
Do Windows 365 Enterprise Users Need Intune?
Yes. Windows 365 Enterprise has prerequisites that include Microsoft Intune, eligible Windows Enterprise rights, and Microsoft Entra ID P1. Those entitlements may be included in an existing Microsoft 365 suite or require additional licensing.
What Is the Difference Between Personal and Pooled AVD?
A personal host is assigned to an individual user. A pooled host pool distributes user sessions over shared host capacity. Pooled deployments can lower resource use when many people share machines, but they need careful session and profile management.
Can Azure Virtual Desktop Publish Only One Application?
Yes. RemoteApp allows eligible users to run a published application without a complete remote desktop experience. Application compatibility and user licensing still need to be checked, especially for older software and outside contractors.
Does Windows 365 Work With On-Premises Applications?
It can, provided the selected network design reaches those applications and identity requirements are met. Windows 365 Enterprise supports customer Azure network connections for specialized cases. Test performance across the real network path before rollout.
Can Windows 365 Cloud PCs Be Resized?
Supported Cloud PCs can have CPU and RAM increased or decreased through Resize. Storage can be increased, but the action doesn’t support reducing disk space. Resizing disconnects users and doesn’t support GPU Cloud PCs. Schedule the change with the employee and confirm the required license.
Does AVD Autoscale Remove All Compute Costs?
No. It can reduce virtual machine compute use when hosts are deallocated, but disks, storage, networking, monitoring, and other Azure resources may still incur charges. Active sessions and minimum capacity settings can also keep hosts running.
Which Service Needs More IT Administration?
AVD usually requires more direct infrastructure work because the organization runs session hosts and manages capacity. Windows 365 shifts more hosting responsibility to Microsoft. Both still need application updates, security policies, user support, and access management.
Is Windows 365 Disaster Recovery Automatic?
Not in every form. Microsoft manages service resilience, while specific recovery options depend on the plan and configuration. Cross-region disaster recovery for eligible Cloud PCs is a separate licensed service that requires setup and activation.
Can a Company Use AVD and Windows 365 Together?
Yes. A company can use pooled AVD sessions for shared work and Windows 365 for employees who need assigned Cloud PCs. The organization should keep identity rules, support procedures, and cost reporting clear across both services.
