Windows VPS Hosting: Best Use Cases and Top Providers

What Windows VPS Hosting Is — And Why the Operating System Matters

Windows VPS hosting occupies a specific, well-defined niche in the server infrastructure landscape: it is a virtual private server running Microsoft Windows Server as its operating system, providing the same dedicated CPU cores, guaranteed RAM allocation, and isolated storage that any virtual private server provides, but layered with the Microsoft ecosystem of development frameworks, database technologies, and management tools that are unavailable or unsupported on Linux. For users whose applications are built on ASP.NET, who rely on Microsoft SQL Server for database operations, who need Remote Desktop Protocol for graphical server access, or whose entire development workflow is built around the .NET framework and Microsoft enterprise tooling, the operating system is not a preference — it is a requirement dictated by the software their business depends on. Understanding what Windows VPS hosting provides, where the licensing costs come from, and which use cases justify the premium over Linux VPS alternatives is the prerequisite knowledge for making an infrastructure decision that matches the technical demands of the applications being deployed.

The distinction between a Windows VPS and a Linux VPS begins with the hypervisor — the virtualization software that carves a physical server into multiple isolated virtual machines — which is the same technology regardless of what operating system each virtual machine runs. Both Windows and Linux VPS instances receive dedicated vCPU cores, guaranteed RAM, isolated storage volumes, and dedicated network interfaces, and both benefit from the same hardware redundancy, power backup, and network infrastructure of the data center in which the physical host server resides. The entire value proposition of VPS hosting — the middle ground between resource-constrained shared hosting and expensive dedicated servers — applies identically to Windows and Linux deployments, as explained in our VPS hosting beginner's guide. The operating system difference manifests in three areas: software compatibility (what applications can run), licensing cost (the Windows Server license premium added to the base infrastructure price), and management interface familiarity (the availability of Remote Desktop for graphical administration versus command-line-only access on most Linux configurations).

Windows Server as an operating system brings specific capabilities to a VPS environment that Linux distributions do not replicate. The .NET Framework and .NET (formerly .NET Core) — Microsoft's application development platform — runs natively on Windows Server with full support for ASP.NET web applications, Windows Communication Foundation services, Windows Presentation Foundation desktop applications, and the complete ecosystem of NuGet packages and third-party libraries developed over two decades of .NET's existence. While .NET Core and the unified .NET 5+ are cross-platform and can run on Linux, many existing enterprise applications — particularly those built on .NET Framework 4.x — depend on Windows-specific APIs, IIS integration features, or COM components that have no Linux equivalent. For organizations with existing investments in these technologies, Windows VPS hosting is the infrastructure that preserves that investment rather than requiring a rewrite that may cost far more than a decade of Windows licensing premiums.

Microsoft SQL Server — the relational database management system that powers a substantial fraction of enterprise data operations — runs natively on Windows Server with full support for SQL Server Integration Services, SQL Server Reporting Services, and SQL Server Analysis Services, the complete business intelligence stack that organizations have built reporting, analytics, and data warehousing workflows around. While SQL Server 2017 and later offer Linux support, the feature set on Linux is a subset of what is available on Windows — certain high-availability configurations, replication topologies, and integration with Active Directory authentication are Windows-specific — and many database administrators who have spent their careers managing SQL Server on Windows prefer to continue doing so rather than learning the Linux-specific configuration differences. For a thorough breakdown of how VPS pricing compares across configurations, our VPS pricing breakdown guide explains the cost drivers — including operating system licensing — that determine the final monthly price for any VPS configuration.

Core Use Cases: Applications That Demand Windows Server

The decision to choose Windows VPS over Linux VPS is almost always driven by application compatibility requirements rather than by operating system philosophy. The use cases detailed below represent the workload categories where Windows Server provides capabilities that Linux does not, and where attempting to deploy the same workload on Linux would require workarounds so complex and fragile that the Windows licensing premium becomes the clearly rational infrastructure choice.

ASP.NET Web Applications and the IIS Ecosystem

ASP.NET — Microsoft's server-side web application framework — powers a significant installed base of line-of-business applications, enterprise intranets, e-commerce platforms, and content management systems that were developed over the past two decades and continue to serve critical business functions. These applications depend on Internet Information Services (IIS), the Windows-native web server that integrates with Windows authentication, provides application pool isolation for reliability, and supports the complete ASP.NET request pipeline including HTTP modules, handlers, and the Web.config configuration system that every ASP.NET developer understands. Deploying an ASP.NET application on a Windows VPS with IIS is the path of least resistance: the application runs in its intended environment with the configuration system it was designed for, and troubleshooting follows the documented, well-understood patterns that the development team and the broader ASP.NET community have established over twenty years. Attempting to host the same application on Linux — even with .NET's cross-platform capabilities — introduces configuration translation challenges, IIS-to-Kestrel-or-Apache behavioral differences, and Windows-integrated authentication scenarios that may require architectural changes rather than simple configuration adjustments.

Microsoft SQL Server for Database-Heavy Workloads

Organizations whose data infrastructure is built on Microsoft SQL Server — and who utilize the full SQL Server feature set including SQL Server Agent for job scheduling, database mail for automated notifications, and linked servers for cross-database queries — require Windows Server to access the complete SQL Server capabilities. A Windows VPS provides a dedicated environment where SQL Server can be installed with full administrative control, configured with the memory, CPU, and storage allocations that the database workload demands, and integrated with Active Directory if the VPS is part of a larger Windows domain infrastructure. The alternative — migrating from SQL Server to MySQL, PostgreSQL, or another open-source database to enable Linux hosting — involves rewriting stored procedures, converting data types, adapting application code that uses SQL Server-specific T-SQL features, and retraining the team that manages the database, an effort whose cost typically exceeds the cumulative Windows licensing premium over the entire lifecycle of the hosting arrangement.

Remote Desktop Services for Distributed Teams

Remote Desktop Protocol (RDP) is the Windows-native remote access technology that delivers a full graphical desktop experience over a network connection, and a Windows VPS can serve as a Remote Desktop host for distributed teams that need access to Windows-based line-of-business applications from any location and any device. This use case — sometimes called a cloud desktop or a virtual desktop — is particularly relevant for accounting firms running Windows-only tax preparation software, engineering firms using Windows-only CAD or simulation tools, and any organization whose essential operational software is Windows-specific and cannot be replaced with a web-based or cross-platform alternative. A Windows VPS configured as a Remote Desktop host eliminates the need for each team member to maintain a Windows PC solely for accessing specific applications, centralizing the Windows dependency on a server that is professionally managed, backed up, and accessible from macOS, Linux, ChromeOS, and mobile devices through Microsoft's Remote Desktop client applications.

.NET Framework Legacy Applications and Enterprise Middleware

A substantial installed base of enterprise middleware — Windows services that process message queues, integration adapters that connect ERP systems to e-commerce platforms, scheduled tasks that generate reports and distribute them via email — was built on .NET Framework 4.x and depends on Windows-specific features including Windows Service infrastructure, the Windows Task Scheduler for automation, and COM+ for component-based service hosting. These applications often represent years or decades of development investment, have been tested and hardened through years of production operation, and serve business functions that, while not glamorous, are essential to daily operations. Replacing them with modern, cross-platform equivalents is a multi-year software development project; hosting them on a Windows VPS that maintains the environment they were designed for is an operational continuity decision that preserves functionality and defers replacement cost to a time when the business chooses to invest in modernization rather than being forced to by an infrastructure migration that broke the existing systems.

Windows VPS vs Linux VPS: A Feature-by-Feature Comparison

The choice between Windows VPS and Linux VPS is not a matter of one being universally superior — it is a matter of matching the operating system to the application stack, the team's technical skills, and the total cost of ownership over the expected lifetime of the deployment. The comparison below examines the dimensions that most commonly influence the decision, moving beyond surface-level price comparisons to the operational and compatibility factors that determine long-term satisfaction with the hosting choice.

Licensing Cost: The Windows Premium Explained

Windows Server is commercial, licensed software, and every Windows VPS instance includes a licensing fee that is passed through to the customer as a component of the monthly hosting price. This premium typically adds $10 to $25 per month to the base infrastructure cost compared to an identically specced Linux VPS, depending on the number of vCPU cores, the Windows Server edition (Standard vs Datacenter), and the hosting provider's volume licensing arrangements with Microsoft. For a small deployment — a 2 vCPU / 4 GB RAM VPS running a single ASP.NET application with SQL Server Express — the premium represents roughly $120 to $300 per year in additional hosting costs. For larger deployments — 8 vCPU / 32 GB RAM with SQL Server Standard Edition — the licensing costs escalate further because SQL Server is licensed per core with a minimum of four cores, and the SQL Server license alone can exceed the base infrastructure cost. Understanding this cost structure upfront prevents the sticker shock that occurs when a user accustomed to Linux VPS pricing encounters the Windows licensing line item for the first time. Our full VPS pricing breakdown guide provides the cost comparison framework that makes the Windows-vs-Linux total cost of ownership clear for any specific configuration.

Management Interface: RDP vs SSH

Windows VPS instances are managed through Remote Desktop Protocol, which delivers a full graphical desktop — complete with a taskbar, Start menu, file explorer, system tray, and all the familiar Windows interface elements — over a network connection. This graphical interface is the primary reason many users choose Windows VPS: it allows them to install applications using familiar installation wizards, configure settings through graphical control panels, manage files through Windows Explorer rather than command-line file manipulation commands, and monitor system performance through Task Manager and Resource Monitor rather than command-line tools like top, htop, and iostat. For users whose entire computing experience has been on Windows desktops and who have never opened a terminal window, RDP access to a Windows VPS provides a familiar environment that eliminates the learning curve of Linux command-line administration. The trade-off is resource consumption: the graphical desktop environment consumes RAM and CPU cycles that, on a Linux VPS, would be available for the applications being hosted. A Windows Server instance with the Desktop Experience GUI consumes roughly 2 GB of RAM for the operating system alone before any applications are installed, while a headless Linux server consumes 300 to 500 MB for the same baseline. For VPS plans with limited RAM — 2 GB or 4 GB — this difference is significant, and the Windows licensing premium combined with higher RAM consumption can push the total cost of a performance-equivalent Windows deployment substantially above its Linux equivalent.

Software Ecosystem and Package Management

The software installation model differs fundamentally between the two platforms in ways that affect maintenance overhead. Linux distributions use centralized package managers — apt for Debian/Ubuntu, yum/dnf for RHEL/CentOS/AlmaLinux — that install, update, and remove software along with its dependencies through a unified command-line interface, and that keep the entire installed software inventory patched against security vulnerabilities through a single update command. Windows Server relies on a combination of Windows Update (for the operating system and Microsoft components), individual application installers (each with its own update mechanism), and manual download-and-install workflows for third-party software. The Linux model is objectively more efficient for maintaining servers at scale — an administrator can patch all installed software on a hundred Linux servers with a few commands — while the Windows model is more familiar to users who are accustomed to desktop software management and who may never have encountered a package manager. For single-server deployments managed by users who prefer graphical interfaces, the Windows model is entirely workable; for multi-server deployments managed by professional system administrators, the Linux package management model reduces operational overhead significantly.

Top Windows VPS Providers in 2026

The Windows VPS market in 2026 spans a range from specialized Microsoft-stack hosts to general-purpose cloud providers offering Windows Server as one of many operating system options. The providers profiled below represent different positions on the spectrum of cost, specialization, and management responsibility, and selecting among them requires mapping your specific requirements — application stack, budget, technical expertise, and support expectations — against each provider's strengths.

Hosting Captain: Managed Windows VPS With Full Support

Hosting Captain's managed Windows VPS plans combine Windows Server 2022 with full management support — meaning our engineering team handles operating system updates, security patching, firewall configuration, performance monitoring, and troubleshooting — so that customers can focus on their applications rather than on server administration. Plans include NVMe SSD storage as standard, a choice of data center locations, and 24/7 support through live chat and ticketing with engineers who are experienced with Windows Server, IIS, ASP.NET, and MSSQL environments. The managed service model is particularly valuable for Windows deployments because the patching and security surface area of a Windows Server — with its graphical interface components, .NET Framework dependency chain, and IIS configuration complexity — is larger than that of a minimal Linux installation, and having professional engineers manage that surface area reduces both the administrative burden and the security risk for the customer.

Contabo: Maximum Resources per Dollar for Self-Managed Deployments

Contabo has built its reputation on offering the most aggressive price-to-resource ratios in the VPS industry, and their Windows VPS plans extend that value proposition to the Microsoft ecosystem. A 4 vCPU / 8 GB RAM Windows VPS on Contabo costs approximately €16.99 per month (including the Windows license), delivering double the RAM and vCPU cores of similarly priced plans from competitors. The trade-off is that Contabo's Windows VPS plans are unmanaged — the customer is responsible for operating system configuration, security hardening, software installation, and ongoing maintenance — and their support is reactive rather than proactive, suitable for users who are comfortable with Windows Server administration and who value resource abundance over managed service. Contabo operates data centers in Germany, the United States, and Singapore, providing geographic options for latency-sensitive applications and for customers with data residency requirements in specific regions.

Vultr and DigitalOcean: Cloud Flexibility With Windows Options

Vultr and DigitalOcean — two of the most prominent general-purpose cloud VPS providers — offer Windows Server as a deployable operating system across their global data center networks. A 2 vCPU / 4 GB RAM Windows VPS on Vultr costs approximately $24 per month, and on DigitalOcean approximately $28 per month, with both providers offering hourly billing that allows short-term deployments for testing, staging, or temporary workloads alongside long-term production instances. The cloud provider model excels for developers who need API-driven provisioning — spinning up Windows VPS instances programmatically as part of CI/CD pipelines — and for organizations that want the flexibility to deploy mixed Windows-and-Linux infrastructure within a single provider account. The infrastructure-as-code capabilities, snapshot-based backup and cloning, and extensive API and CLI tooling make these providers the natural choice for development teams whose workflows are built around automation and version-controlled infrastructure definitions.

AccuWeb Hosting: Microsoft-Specialized With Enterprise Support

AccuWeb Hosting offers Windows VPS plans that are specifically optimized for the Microsoft technology stack, with pre-configured options for IIS, ASP.NET, MSSQL, and Remote Desktop, and a support team trained on the full range of Windows Server administration scenarios. Their plans include managed support that covers operating system patching, security configuration, and application-level troubleshooting for IIS and MSSQL issues, and their data center options span North America, Europe, and Asia. Pricing is positioned between budget providers and premium managed hosts, with entry-level Windows VPS plans starting around $20 to $25 per month. AccuWeb is a strong choice for organizations that want Windows-specific expertise without the price premium of fully managed enterprise hosting, and for those who value having a single provider for both Windows and Linux deployments within a unified account and billing structure.

Windows VPS Pricing: What the License Premium Buys

The Windows licensing cost that makes Windows VPS plans more expensive than their Linux equivalents is frequently misunderstood as a markup that hosting providers apply arbitrarily, but it reflects a genuine cost that the provider incurs: each Windows Server instance running on a provider's infrastructure requires a license from Microsoft under the Service Provider License Agreement (SPLA) program, which allows hosting companies to offer Microsoft software on a monthly rental basis rather than requiring customers to purchase perpetual licenses. The SPLA licensing cost is based on the number of virtual processor cores allocated to the virtual machine, not on the physical cores of the host server, and it scales linearly with the VPS configuration — a 2 vCPU Windows VPS costs less to license than an 8 vCPU Windows VPS, and that cost difference is reflected in the monthly hosting price. Providers cannot absorb this licensing cost without eroding their margins, and the Windows VPS price differential you see on any provider's plan page is a pass-through of Microsoft's licensing fees plus a small administrative margin. When comparing Windows VPS plans across providers, verify that the quoted price includes the Windows Server license rather than listing it as a separate add-on, and confirm which edition of Windows Server — Standard or Datacenter — is included, as Datacenter edition licenses are more expensive per core but provide unlimited Windows Server container and Hyper-V isolation capabilities that are irrelevant to most single-VPS deployments.

The SQL Server licensing dimension adds another layer of cost for deployments that require Microsoft's database platform. SQL Server Express Edition — which is free and included with many Windows VPS plans — supports databases up to 10 GB in size and provides the core relational database engine but omits SQL Server Agent (job scheduling), database mail, and advanced high-availability features. SQL Server Standard Edition — licensed per core with a minimum of four cores — adds these features and removes the database size limit, but at a cost that can add $200 to $500 per month to the hosting bill for a four-core VPS configuration. SQL Server Web Edition — a lower-cost variant licensed for public-facing web workloads only — provides a middle ground at approximately half the cost of Standard Edition. The total cost of a Windows VPS running SQL Server should be calculated before signing up, with the SQL Server edition and licensing cost confirmed explicitly, because the four-core minimum for Standard Edition means that even a 2 vCPU VPS must license four cores of SQL Server, substantially increasing the per-core effective cost for small deployments.

For organizations evaluating whether the Windows licensing premium is justified for their specific deployment, the calculation should weigh the cumulative licensing cost over the expected hosting period — typically one to three years — against the cost of the alternatives. If the alternative is rewriting an ASP.NET application to run on a cross-platform framework like Node.js or Python, the development cost, testing effort, and operational risk of the rewrite should be compared to the licensing premium. If the alternative is migrating from SQL Server to PostgreSQL, the cost of converting stored procedures, retraining database administrators, and adapting application data access code should be compared. In the majority of cases for existing Windows-stack applications, the licensing premium is the cheaper option by a wide margin — a determination covered in detail by our VPS vs dedicated server comparison, which examines the infrastructure boundaries where VPS resources become insufficient and the physical isolation of a dedicated server becomes necessary.

Setting Up a Windows VPS: Essential First Steps

Provisioning a Windows VPS and configuring it for secure, reliable operation follows a sequence of steps that are straightforward for anyone familiar with Windows desktop administration but which include server-specific considerations that differ from the desktop experience. The walkthrough below covers the essential configuration that should be completed immediately after a new Windows VPS is provisioned, before any application software is installed or any public traffic is directed to the server.

Initial Connection and Security Hardening

After your hosting provider provisions the Windows VPS and delivers the IP address and administrator credentials, connect via Remote Desktop by launching the Remote Desktop Connection application — built into every version of Windows, and available as a free download for macOS, Linux, iOS, and Android from Microsoft — and entering the server's IP address. The first actions after logging in should be security-focused: change the default Administrator account password to a strong, unique password generated by a password manager; create a new administrative user account with a non-obvious username and a separate strong password, then disable the built-in Administrator account (which is the primary target of automated brute-force attacks scanning the internet for Windows servers with RDP exposed); configure Windows Update to download and install updates automatically during a maintenance window that does not conflict with expected application usage hours; and configure the Windows Defender Firewall to block all inbound traffic by default, then create explicit allow rules for only the services your VPS needs to expose — Remote Desktop on port 3389, IIS on ports 80 and 443, and MSSQL on port 1433 if database access from external clients is required. Restricting RDP access to known IP addresses — your office IP, your home IP, or a VPN endpoint — rather than leaving it open to the entire internet is the single most impactful security measure you can implement on a Windows VPS, as brute-force RDP attacks are continuous, automated, and capable of compromising accounts with weak passwords within hours of the server coming online.

Installing the Web Server and Database

For ASP.NET web application hosting, Internet Information Services is installed through the Server Manager application — navigate to Manage > Add Roles and Features, select the Web Server (IIS) role, and include the specific IIS role services required by your application: ASP.NET 4.7 or 4.8 for .NET Framework applications, the WebSocket protocol for real-time communication features, URL Rewrite module for SEO-friendly URL structures, and HTTP Redirection if your application performs domain or protocol redirects. For SQL Server installations, download the SQL Server installation media from Microsoft's Volume Licensing Service Center or evaluation center, run the setup wizard, select the Database Engine Services and the features your application requires — Full-Text Search, Reporting Services, Integration Services — and configure the authentication mode (Windows Authentication for applications running on the same server, or Mixed Mode for external client connections). Post-installation, install the latest cumulative update for SQL Server and configure automated backups through SQL Server Agent maintenance plans or through the hosting provider's backup tools to ensure disaster recovery coverage from the first day of production operation.

Ongoing Maintenance Responsibilities

A Windows VPS — unlike a managed Windows hosting plan where the provider handles maintenance — requires ongoing attention to remain secure and reliable. Windows Update should be checked and applied at least monthly, with attention to the out-of-band security patches that Microsoft releases for critical vulnerabilities outside the normal Patch Tuesday schedule. IIS should be monitored for application pool crashes, which can indicate memory leaks or unhandled exceptions in the ASP.NET application that need developer attention. SQL Server databases should have regular integrity checks scheduled (DBCC CHECKDB), index maintenance performed (rebuild or reorganize fragmented indexes), and transaction log backups configured if the database uses the full recovery model. Disk space should be monitored, particularly the system drive where Windows Update downloads accumulate and where IIS log files grow until rotated and compressed. These maintenance tasks are not onerous individually, but collectively they represent a time commitment that should be factored into the decision between managed and unmanaged Windows VPS hosting. For users who prefer that these responsibilities be handled by professional engineers, Hosting Captain's managed Windows VPS plans include all of the above maintenance as part of the standard service, freeing the customer to focus on their applications rather than on the server that hosts them.

Frequently Asked Questions About Windows VPS Hosting

Q: Why is Windows VPS hosting more expensive than Linux VPS?

A: The price difference reflects the Microsoft Windows Server licensing cost that hosting providers pay under the Service Provider License Agreement (SPLA) program and pass through to customers. Windows Server is commercial, proprietary software that requires a per-core license fee, while Linux distributions like Ubuntu, Debian, CentOS, and AlmaLinux are open-source and free to deploy. The Windows license premium typically adds $10 to $25 per month for small VPS configurations (2 to 4 vCPU) and scales upward for larger configurations, particularly when Microsoft SQL Server licensing is also required. This premium is not an arbitrary markup — it represents a genuine cost that the provider incurs — and it is the reason that VPS plans with identical RAM, storage, and vCPU specifications cost more when Windows Server is selected as the operating system.

Q: Can I run ASP.NET applications on a Linux VPS to avoid the Windows license cost?

A: Modern .NET (version 5 and later, including .NET 6, 7, and 8) is fully cross-platform and can run ASP.NET Core applications on Linux with excellent performance and full support from Microsoft. However, this compatibility applies to applications built on .NET Core or the unified .NET 5+ platform, not to legacy ASP.NET applications built on .NET Framework 4.x. .NET Framework — which powers a significant installed base of enterprise applications — depends on Windows-specific APIs, IIS integration features, and in some cases COM components that have no Linux equivalent. If your application is built on .NET Framework, a Windows VPS is the only supported hosting environment. If it is built on modern .NET and does not use Windows-specific features, Linux hosting is a viable and less expensive alternative that you should evaluate based on the application's specific dependencies.

Q: What is the minimum RAM for a Windows VPS that feels responsive over Remote Desktop?

A: A Windows Server instance with the Desktop Experience GUI — the interface you see when connecting via Remote Desktop — consumes approximately 2 GB of RAM for the operating system alone, before any applications are installed. A 2 GB RAM VPS will be technically functional but will feel sluggish over RDP, with noticeable latency when opening applications, navigating menus, or switching between windows, because the operating system must constantly swap memory pages to disk to operate within the constrained RAM budget. A 4 GB configuration provides a noticeably smoother experience for basic tasks like installing software, configuring IIS settings, and checking event logs. For comfortable, productive work — running multiple applications simultaneously, keeping a web browser open for research alongside the server management tools, or running SQL Server Management Studio alongside IIS Manager — 8 GB of RAM is the practical recommended minimum. The RAM consumption is a consequence of the graphical interface; Windows Server Core, the headless installation option, uses significantly less RAM but sacrifices the RDP desktop experience that is the primary reason many users choose Windows VPS in the first place.

Q: Do I need SQL Server Standard Edition, or is the free Express Edition sufficient?

A: SQL Server Express Edition supports databases up to 10 GB in size, uses up to 1 GB of RAM per instance (or the lesser of 1 GB and the amount of available RAM), and uses up to 4 CPU cores. For small to medium web applications, departmental databases, and development environments, Express Edition is often entirely sufficient and eliminates what would otherwise be a significant licensing cost. The features missing from Express — most notably SQL Server Agent for scheduled jobs, Database Mail for email notifications, and advanced high-availability options like Always On Availability Groups — may or may not matter depending on the application's requirements. If your application needs automated backups scheduled through SQL Server Agent, or if your database size exceeds 10 GB, you need Standard Edition or higher. If your application can be backed up through the hosting provider's server-level backup tools rather than through SQL-native scheduling, and if the database is under 10 GB, Express Edition provides a no-cost entry point that defers SQL Server licensing costs until they are demonstrably necessary.

Q: What is the difference between managed and unmanaged Windows VPS?

A: A managed Windows VPS includes operating system administration performed by the hosting provider's engineering team: Windows Update application, security patch installation, firewall configuration, performance monitoring, and basic troubleshooting of IIS, MSSQL, and other Microsoft services. The customer focuses on their application and its data; the provider handles the server infrastructure that hosts it. An unmanaged Windows VPS provides the raw virtual machine with Windows Server installed and administrator credentials provided, but all subsequent administration — updates, security hardening, software installation, monitoring, troubleshooting — is the customer's responsibility. Managed plans cost more because they include the labor of professional system administrators; unmanaged plans cost less because they transfer that labor to the customer. The choice depends on whether your team has Windows Server administration expertise and the time to apply it, and whether that time would be better spent on activities that directly advance the business rather than on server maintenance.