If you need a Windows desktop in the cloud, you have three main options: a traditional Windows VPS, Microsoft's Windows 365 Cloud PC, or Azure Virtual Desktop (AVD). Each takes a fundamentally different approach to delivering a remote Windows environment, and choosing the wrong one can mean overpaying by hundreds of dollars per month or getting locked into a platform that doesn't fit your needs.

This guide breaks down all three options honestly — cost, control, performance, high availability, and the specific scenarios where each one actually makes sense. Whether you're setting up cloud desktops for yourself, a small team, or an entire company, you'll know exactly which path to take by the end.

The Three Options Explained

Windows VPS: A Full Server You Control

A Windows VPS gives you a complete Windows Server installation running on virtualized hardware in a data center. You get full administrator access, meaning you can install any software, configure any service, set up networking however you want, and manage the server exactly like a physical machine sitting on your desk — except it's running in a professional facility with enterprise-grade power, cooling, and connectivity.

You connect via Remote Desktop Protocol (RDP), and MassiveGRID includes two concurrent RDP sessions with every Windows VPS plan. That means two people can work on the same server simultaneously, each with their own desktop session. The Windows Server license is included in every plan — many providers advertise low prices then add $10-20/month for the Windows license. MassiveGRID includes Windows Server licensing in every plan — the price you see is the price you pay.

The key advantage is total control. You decide what runs on your server, how it's configured, and who has access. There are no software restrictions, no mandatory integrations, and no ecosystem lock-in. If you want to set up a full remote work environment, run business software like QuickBooks or Sage, or host trading platforms, a VPS handles all of it without asking permission from anyone.

Windows 365: Microsoft's Managed Cloud PC

Windows 365 is Microsoft's fully managed cloud desktop service, launched in 2021. Unlike a VPS, you don't get Windows Server — you get Windows 11 (or Windows 10) running as a "Cloud PC" that Microsoft manages end to end. You pick a fixed tier (a specific combination of vCPU, RAM, and storage), Microsoft provisions it, and you connect through a web browser or the Windows App.

The experience feels like a regular Windows desktop, but with important restrictions. Microsoft controls the underlying infrastructure, limits what you can install and configure, and ties everything deeply into the Microsoft 365 ecosystem. You need a Microsoft 365 or Entra ID (formerly Azure AD) subscription as a prerequisite, and the Cloud PC is managed through Microsoft Intune.

Windows 365 is designed for enterprises that want to give employees a standardized, managed desktop without thinking about infrastructure. It works well for that specific use case. But it comes at a premium price, with fixed hardware tiers that can't be customized, and limited flexibility for anything outside the Microsoft ecosystem.

Azure Virtual Desktop: Enterprise VDI on Azure

Azure Virtual Desktop (formerly Windows Virtual Desktop) is Microsoft's enterprise-grade Virtual Desktop Infrastructure (VDI) platform. Unlike Windows 365's simplicity, AVD is a full infrastructure deployment that runs on your Azure subscription. You provision virtual machines, configure networking, set up session hosts, manage user profiles, and handle all the complexity of a VDI environment.

AVD supports multi-session Windows 11 (multiple users sharing a single VM), which can reduce costs at scale. It also offers the most flexibility of the three Microsoft-adjacent options — you can configure VM sizes, use custom images, and integrate with your existing Azure infrastructure. But that flexibility comes with significant complexity and requires Azure expertise to deploy, manage, and troubleshoot.

The pricing model is also the most complex: you pay for the Azure compute and storage resources (VMs, disks, networking), plus optional add-ons like FSLogix for profile management. There's no simple "per user per month" price — your costs depend entirely on how you architect the deployment.

Cost Comparison: What You Actually Pay

This is where the differences become stark. Let's compare apples to apples — what does it cost to give one user a cloud desktop with 2 vCPU and 4 GB RAM?

Cost Factor MassiveGRID Windows VPS Windows 365 Azure Virtual Desktop
2 vCPU / 4 GB RAM Significantly less than $31/mo (license included) ~$31/mo (Windows 365 Business Basic) Varies (VM + storage + networking)
Windows license Included Included Requires Microsoft 365 or per-user license
Storage included Configurable NVMe SSD 64-512 GB (fixed per tier) Managed disk (billed separately)
Scaling cost model Add CPU, RAM, or storage independently Must upgrade entire tier Resize VM (downtime) or add VMs
Additional prerequisites None Microsoft 365 subscription required Azure subscription + M365 licensing
Management overhead Self-managed (or choose managed tier) Microsoft-managed Self-managed (Azure expertise required)

The cost differences are significant, especially when you factor in the hidden prerequisites. Windows 365 requires a Microsoft 365 subscription, which adds another $6-22/user/month depending on the tier. Azure Virtual Desktop requires both an Azure subscription and Microsoft 365 licensing, plus the ongoing cost of someone who knows how to manage Azure infrastructure.

With a Windows VPS from MassiveGRID, the price includes everything: the server, the Windows license, two RDP sessions, high availability, and DDoS protection. There's nothing else to buy. And because you can scale resources independently — adding RAM without changing CPU, or boosting storage without touching anything else — you only ever pay for what you actually need.

Control and Flexibility Comparison

Control is where these three options diverge most dramatically.

Windows VPS: Full Administrator Access

Windows 365: Managed but Restricted

Azure Virtual Desktop: Flexible but Complex

Detailed Feature Comparison

Feature MassiveGRID Windows VPS Windows 365 Azure Virtual Desktop
Operating system Windows Server 2019/2022/2025 Windows 10/11 Windows 10/11 (single or multi-session)
Admin access Full (RDP administrator) Limited (Intune-managed) Full (Azure VM admin)
Concurrent users per instance 2 RDP sessions included 1 user per Cloud PC Multiple (multi-session) or 1 (personal)
Install any software Yes — no restrictions Restricted by policy Yes
Resource customization Independent CPU/RAM/storage scaling Fixed tiers only Azure VM sizes (resize requires downtime)
Windows license Included Included (requires M365) Requires separate licensing
Datacenter locations NYC, London, Frankfurt, Singapore Microsoft-selected Azure regions (60+)
High availability Automatic per-server failover (Proxmox HA) Microsoft-managed (shared infrastructure) Configurable (availability sets/zones — adds cost)
DDoS protection 12 Tbps included Microsoft-managed Azure DDoS (Standard tier costs extra)
Setup complexity Minutes (order and connect) Low (provision through admin portal) High (Azure infrastructure deployment)
Identity requirement None (local Windows accounts) Entra ID mandatory Entra ID mandatory
Billing model Monthly (predictable) Per-user/month (predictable) Consumption-based (variable)

When Windows 365 or Azure Virtual Desktop Wins

Let's be honest about when Microsoft's solutions are the better choice:

Choose Windows 365 When:

Choose Azure Virtual Desktop When:

When a Windows VPS Wins

A Windows VPS is the right choice for a much wider range of real-world scenarios:

Small to Medium Teams (1-50 Users)

For teams of 1 to 50 people, the overhead of Windows 365 or AVD simply doesn't make sense. You're paying premium prices for enterprise features you'll never use, plus the prerequisite Microsoft 365 subscriptions add ongoing cost. A Windows VPS gives each person (or pair, with two RDP sessions per server) a full cloud desktop at a fraction of the cost, with no ecosystem requirements.

Non-Microsoft Application Stacks

If your business runs on software that isn't part of the Microsoft ecosystem — trading platforms like MetaTrader, accounting software like QuickBooks Desktop, SEO tools like Screaming Frog, CRM systems, or any legacy Windows application — a VPS is the only option that guarantees full compatibility. Windows 365 restricts installations, and while AVD technically allows anything, the complexity overhead isn't worth it for running a few business applications.

Data Sovereignty Requirements

When you need your data in a specific geographic location for regulatory or business reasons, a VPS gives you explicit datacenter choice. MassiveGRID offers four locations — New York, London, Frankfurt, and Singapore — and your data stays in the datacenter you select. Period. With Windows 365, Microsoft selects the region, and with AVD, while you can choose Azure regions, you're still subject to Microsoft's data processing practices.

Full Server Capabilities

Need to run Windows Server roles like IIS, SQL Server, Active Directory, or DNS? Need to configure custom networking, run background services 24/7, or set up scheduled automation? A VPS gives you Windows Server with full administrator access — none of the cloud desktop solutions can match this level of capability.

High Availability: A Critical Difference

High availability is often overlooked in cloud desktop comparisons, but it matters enormously when your cloud desktop is your primary work environment.

Windows 365 HA Risk

Windows 365 Cloud PCs run on shared Microsoft infrastructure within Azure regions. When a regional Azure outage occurs — and they do occur, sometimes affecting entire regions for hours — every Windows 365 user in that region loses access simultaneously. You have no failover options, no ability to migrate to a different region, and no visibility into what's happening. You wait for Microsoft to fix it.

Azure Virtual Desktop HA

AVD gives you more control through Azure availability sets and availability zones, but configuring true HA adds significant complexity and cost. You need to deploy session hosts across multiple zones, configure traffic management, and handle profile replication — all of which requires Azure expertise and additional Azure spend.

MassiveGRID Windows VPS HA

Every MassiveGRID Windows VPS runs on a Proxmox High Availability cluster with a minimum of three physical nodes. If the hardware node hosting your VPS fails, the system automatically restarts your VM on a healthy node — typically within seconds. Your data lives on Ceph distributed storage with 3x replication across independent disks, so hardware failures don't threaten your data.

The critical difference: your VPS fails over independently. If the node hosting your server has an issue, only your server is affected, and it's automatically moved to healthy hardware. There's no "regional outage" that takes down thousands of users. One server's problem is isolated to that server, and HA handles it automatically. For anyone relying on their cloud desktop as their primary work environment — whether for remote work or running business applications — this per-server HA is a meaningful advantage over shared cloud infrastructure.

MassiveGRID Windows VPS Includes

  • Windows Server license included in every plan
  • 2x concurrent RDP sessions
  • High Availability with automatic failover
  • 12 Tbps DDoS protection
  • Independent resource scaling
  • 4 global datacenter locations
  • 24/7 human support rated 9.5/10

Making the Decision: A Practical Framework

Here's a straightforward way to decide:

  1. How many users? 1-50 users almost always points to Windows VPS. 50-500 is a gray area where any option could work. 500+ is where Windows 365 and AVD's enterprise management features start to justify their costs.
  2. What software do you need? If it's not Microsoft 365 apps, a VPS is likely your best bet. Windows 365's restrictions and AVD's complexity aren't worth it for non-Microsoft workloads.
  3. How important is cost predictability? VPS and Windows 365 both offer predictable monthly billing. AVD's consumption-based model can surprise you.
  4. Do you need full admin access? If yes, eliminate Windows 365 from consideration. Both VPS and AVD give you full control.
  5. Is Azure expertise available? AVD requires it. If you don't have Azure-skilled IT staff, either hire for it or choose a simpler option.
  6. Where must your data reside? If you need explicit datacenter choice and data sovereignty guarantees, a VPS gives you the most transparency.

Choosing the Right MassiveGRID Product

If a Windows VPS is the right direction for your needs, MassiveGRID offers four tiers to match different workload requirements:

Next Steps

Ready to move forward? Here are some resources to help:

Have questions about which option is right for your specific situation? Talk to MassiveGRID's team — they've helped thousands of businesses migrate from local desktops and competing cloud platforms to the right MassiveGRID solution.