Windows VPS hosting: a practical buyer’s guide
CPU, memory, storage and licensing all matter. Learn how to size a reliable server without paying for resources your team will never use.
Read full article →Practical guides, expert insights and infrastructure updates for teams running Windows, databases and business-critical applications in the cloud.
Selected by our cloud engineering team.
CPU, memory, storage and licensing all matter. Learn how to size a reliable server without paying for resources your team will never use.
Read full article →Fresh ideas for a faster, safer cloud.
A calmer approach to CPU, memory and storage starts with the application.
Build a shared workspace that people can use safely from anywhere.
Small controls that keep working on an ordinary busy day.
See which websites, databases and business apps benefit most.
Two kinds of solid-state storage explained without benchmark theatre.
Where a free plan helps—and when its limitations become expensive.
Domains, data location, support and a sensible route to move later.
Copy, test, switch and keep a clean way back.
Choose between web hosting and Windows VPS by starting with the job.
What an RDP server does, when it fits and which decisions make remote work reliable instead of frustrating.
Layer RDP security with MFA, gateways, account discipline and useful monitoring while keeping daily access straightforward.
Understand what a VPN protects, what RDP delivers and why many Windows VPS deployments use both.
A methodical way to separate network, server and application delays in Remote Desktop sessions.
Changing the RDP port reduces log noise, but real protection comes from access controls, MFA and monitoring.
Sessions, profiles, applications, capacity and licences to plan before a team shares one Windows Server.
How Remote Desktop Gateway provides a controlled HTTPS entrance to internal RDP resources.
A calm sequence for diagnosing Remote Desktop failures without making five changes at once.
How a small team can centralise Windows applications without creating an oversized IT project.
Centralise accounting applications and databases while planning printing, backups, updates and month-end peaks.
Why ERP applications often benefit from RDP and which integrations must be tested before migration.
Connect macOS users to Windows applications while planning keyboard, display, clipboard and printer behaviour.
Use timeouts, user guidance and monitoring to prevent abandoned sessions from consuming Windows VPS resources.
Protect the operating system, application data and databases—and prove that recovery works.
Understand round-trip delay, packet loss and why connection stability matters more than raw bandwidth.
A plain-English introduction to Remote Desktop Services Client Access Licences for Windows Server.
Compare Per User and Per Device RDS CALs using real remote-work and shared-terminal examples.
Count users and devices accurately, include external access and leave a documented onboarding process.
Create a small, repeatable licensing record that stays aligned with Active Directory and real access.
Separate ordinary Windows Server access rights from the additional Remote Desktop Services access licence.
Map people, personal devices and shared office terminals before choosing an RDS licensing mode.
Common errors involving admin mode, concurrency, licence versions, workgroups and provider responsibility.
A practical licensing workflow for a small team using accounting, ERP or office applications over RDP.
Use Per User licensing for mobile staff while understanding tracking and administrative responsibility.
Understand assignment, tracking and operational fit for Per Device RDS CALs.
Check Session Host, CAL and licence-server versions before moving to Windows Server 2025 or another release.
Evidence to gather before an internal licensing review: agreements, versions, users, devices and deployment settings.
Clarify customer CALs, service-provider licensing and what a managed Windows VPS quote should say.
Why a hosting provider may license RDS per subscriber while an on-premises customer buys CALs.
The Session Host, licence server, CAL mode, grace period and version checks in one practical overview.
Compare isolation, scaling, cost and operational responsibility without assuming bigger hardware is always better.
Plan memory, storage latency, CPU, licensing and backups for Microsoft SQL Server on a Windows VPS.
Choose a Windows VPS for accounting users, databases, RDS licences, printers and backup requirements.
Plan an ERP VPS by mapping databases, integrations, users, peripherals and business-critical maintenance windows.
Build layered Windows VPS backups for system state, applications, databases and business files.
Monitor availability, CPU, memory, storage, sessions, backups and application experience without drowning in alerts.
Move applications and users with inventory, pilot testing, data synchronisation and a written rollback path.
Estimate CPU, RAM and storage from applications and concurrency, then validate with monitoring instead of fixed formulas.
Combine Windows VPS resources, RDS roles, CAL licensing, secure access and user operations.
Define the boundary between infrastructure management, Windows administration, applications and business data.
Plan drivers, default printers, Easy Print and specialist output before remote users depend on them.
Decide when users may copy text or files between local devices and a Windows VPS.
Understand session reconnection, collections and load distribution in a multi-host RDS environment.
Operate RD Licensing as real infrastructure with backup, monitoring and a documented recovery path.
Use the RDS licensing grace period to deploy and validate—not to postpone a licensing decision.
Include temporary and third-party users in access, licensing and offboarding decisions.
Design inbound and outbound Windows VPS rules around documented services rather than broad convenience.
Build a repeatable maintenance window with backups, application checks and rollback decisions.
Scale beyond one Session Host with Connection Broker, profiles, consistent images and planned availability.
Turn backups into a timed recovery sequence for DNS, identity, applications, databases and users.