Two types of application hosting compared: web apps deployed as containers vs. Windows desktop apps streamed to devices
Most lists of the best application hosting services put Amazon Web Services next to a budget web host and a desktop streaming tool as if they all compete for the same job. They don’t.
The right host depends on what kind of app you’re hosting. Web apps and APIs belong on a platform built for code deployments, like Google Cloud Run, DigitalOcean App Platform, or Hostinger. Windows desktop software such as QuickBooks, Sage, or an ERP needs a hosted Windows environment from a provider like Azure Virtual Desktop, Amazon WorkSpaces Applications, or V2 Cloud.
Pick the wrong category and no amount of uptime research will save you. A React app has no use for a Windows desktop. QuickBooks Desktop won’t run on a platform that deploys containers from GitHub, no matter how good the free tier looks.
So this list is split in two. Three picks for web and cloud-native apps, three for Windows business apps, plus the trade-offs each vendor’s pricing page leaves out.
Application hosting services run your software on a provider’s servers so users can reach it over the internet. The provider handles hardware, networking, and uptime. You handle the app, or pay them to handle that too.
That definition hides a split most guides skip.
A web app is built to run in a browser. Its code lives in a repository, gets packaged into a container or runtime, and scales by running more copies of itself. Hosting it means giving that code somewhere to run and a URL.
Windows business apps are a different animal. QuickBooks Desktop, Sage 50, AutoCAD, and that 15-year-old inventory system your operations team refuses to give up were all written to be installed on a PC. You can’t push them to GitHub. To put them in the cloud, you run them on a Windows cloud server in a data center and stream the screen to your users.
What this means: the first question isn’t “which provider?" It’s “which kind of app?"
Choosing the right cloud hosting vendor in a rapidly evolving market can be challenging, especially with so many platforms offering varying degrees of performance, flexibility, and support.
Big, and the analysts disagree on exactly how big. Fortune Business Insights valued the global application hosting market at $90.65 billion USD in 2025. Expert Market Research put the same year at $89.13 billion, and Research and Markets at $95.70 billion. All three forecast growth of 12% or more per year.
The precise figure matters less than the direction. Spending is moving off office servers, and both halves of this list are growing with it.
Every buying guide hands you the same checklist: uptime, security, scalability, support. Every provider on this list claims all four on its homepage. Here’s what actually separates them.
Write down the one application you need hosted. Then answer three questions. Does it run in a browser or on Windows? How many people use it at the same time? Does it need to exchange data with other systems, like a database or a payroll tool?
That last question catches teams off guard. Moving an app often means moving its data, and if records have to stay in sync between the old and new systems during the switch, a shortlist of the Top ETL Tools will save you a week of manual CSV exports.
Four billing models show up across this list. Each one rewards a different usage pattern.
Hyperscalers rent you building blocks. Someone on your side still configures networking, identity, scaling rules, and cost alerts. Managed providers take more of that off your plate and price the convenience in.
Agencies running dozens of client sites face a version of the same trade-off, which is why many consolidate onto agency web hosting solutions instead of juggling a separate account per client. Fewer consoles, fewer things to break at 2 AM.
| Provider | Best for | Pricing model | Free option or trial |
| V2 Cloud | SMBs, MSPs, and ISVs running Windows business apps | Per-VM plans, sized from Basic to Power | 7-day risk-free trial |
| Azure Virtual Desktop | Microsoft 365 shops with Azure skills | Azure consumption plus user access rights | Access rights included with eligible Microsoft licenses |
| Amazon WorkSpaces Applications | ISVs streaming desktop apps to many users | Usage-based streaming instances | See AWS pricing |
| Google Cloud Run | Containerized web apps and APIs with uneven traffic | Usage-based: compute time and requests | Always-free monthly allowance, including 2 million requests |
| DigitalOcean App Platform | Small dev teams deploying from GitHub | Per container, billed by the second | Free tier for up to 3 static sites |
| Hostinger | Node.js and PHP apps on a fixed budget | Flat monthly plans, paid upfront | 30-day money-back guarantee |
Comparing application hosting services? The only test that counts is running your own software on one.
We’re a Desktop as a Service (DaaS) provider built for businesses that need their Windows applications in the cloud without running the infrastructure themselves. We host your apps on cloud computers sized to the workload, and several users can share one machine. Accounting firms use us for QuickBooks cloud hosting and Sage 50 cloud hosting. Engineering teams run Revit in the cloud, with GPU workstations for the heavier models.
What you get:
Pricing is per VM rather than per user, with plans sized from Basic to Power and no long-term contracts. You can test it with your own applications on a 7-day risk-free trial, then pick a plan on our pricing page.
Best for: SMBs, MSPs, and ISVs that need Windows application hosting without hiring a cloud engineer.
Azure Virtual Desktop is Microsoft’s desktop and app virtualization service, running on Azure. It’s the natural option for organizations that already live in the Microsoft ecosystem.
Key features:
Its pricing has two layers: Azure infrastructure (compute, storage, networking) and user access rights. External users need per-user access pricing, charged only for people who connect at least once that month. Setup involves host pools, user profile storage, and autoscaling plans, so plan on having Azure expertise in-house.
Best for: mid-size and larger organizations already invested in Microsoft licensing and Azure skills.
You may know this one as AppStream 2.0. AWS renamed it in November 2025 while folding its end-user computing tools under the WorkSpaces brand.
Key features:
Pricing is usage-based and depends on the instances you run, so estimate costs on the AWS pricing page before committing. The setup (image builders, fleets, stacks) is built for teams with AWS experience.
Best for: ISVs and enterprises with AWS expertise delivering apps to large numbers of external users.
Cloud Run is Google Cloud’s platform for running containerized web apps and APIs without managing servers.
Key features:
You pay for compute time and requests. The always-free allowance covers the first 2 million requests each month, which is enough for plenty of internal tools to cost nothing at all. Databases, load balancers, and outbound data transfer are billed separately.
Best for: dev teams comfortable with containers who want to pay only when the app is busy.
DigitalOcean’s platform-as-a-service (PaaS) is one of the easiest ways for a small team to put a web app online without learning a hyperscaler console.
Key features:
Apps are billed by the second with a one-minute minimum. Each web service, worker, and database is priced separately, so add up every component when you estimate costs.
Best for: startups and small dev teams who want Git-push deploys.
Hostinger is a web hosting provider that added managed Node.js hosting on its Business and cloud plans in late 2025, alongside its long-running PHP and WordPress hosting.
Key features:
Pricing is a flat monthly rate with no fees tied to traffic or runtime, though plans are paid upfront and come with fixed resources.
Best for: freelancers and small businesses with a straightforward web app and a fixed budget.
One more unpopular opinion. The cheapest option on paper is rarely the cheapest in practice. Hyperscaler pricing assumes someone is tuning autoscaling rules and shutting down idle machines. If that someone is you on a Friday night, count your hours in the total. We’ve laid out how our costs stack up against Azure and AWS on our comparison pages.
If QuickBooks is the app forcing this decision, our guide on how to access QuickBooks Desktop remotely walks through every option, including a few that don’t involve a hosting provider at all.
Not sure which half of this list your app belongs in? We’ll look at your setup and give you a straight answer, even if it isn’t us.
Talk to one of our cloud experts
Application hosting services run your software on a provider’s servers so people can use it over the internet from any device. Web app hosts deploy code, while Windows app hosts run desktop software on cloud machines and stream it to users.
Application hosting is about getting a specific app into the cloud. Desktop as a Service (DaaS) delivers an entire Windows desktop, with the user’s apps and files inside it. Most Windows app hosting runs on DaaS under the hood: the app lives inside a hosted desktop that users open from a browser or client app.
It depends on the billing model. Small web apps on Cloud Run can cost nothing within the free allowance, while Windows hosting is priced by VM, instance, or user and scales with the resources you need. Rates change often, so check each provider’s pricing page directly. Ours are on our pricing page.
Yes. QuickBooks Desktop is Windows software, so it needs a Windows host rather than a web app platform. You provide your QuickBooks license, it’s installed on a cloud computer, and your team opens it remotely as if it were on their own PC.
It can be more secure than an office server, because your data stays in a data center instead of on laptops that get lost or stolen. Treat multi-factor authentication (MFA), daily backups, and encryption as the minimum, and confirm compliance options like HIPAA before you sign.
For Azure Virtual Desktop or Amazon WorkSpaces Applications, plan on someone with cloud skills. Managed providers handle setup and maintenance for you. Our V2 CloudCare service adds proactive monitoring and patching on top), which is why smaller teams without a dedicated IT person tend to choose them.
Your V2 CloudCare team — real people, on the line.
