Windows VPS with included licenses and flexible cloud deployment.
VPS/VDS environments operate on Intel Xeon Gold 6154 CPUs with a 3.1 GHz clock speed to support consistent operation under load.
We guarantee available VPS Windows configurations, with no other impacts that can slow down servers.
According to the SLA, service credits are provided if availability targets are not met.
Windows environments can be launched in less than a minute using resilient hardware built for resource-heavy tasks.
Windows VPS environments are powered bysecond-generation Intel Scalable processors reaching up to 3.1 GHz, providing the performance needed for business software, web services, and development tasks.
Manage Server Manager, Active Directory, IIS, and additional Microsoft server tools through the Falconcloud management panel.
Get owner/administrator rights for full administration or the accountant rights for financial management.
Add RDP, Microsoft SQL, Office, and other Windows software licenses through the Falconcloud dashboard without additional manual setup.
Falconcloud Windows servers run on the vStack hyperconverged platform, built with open-source technologies. This infrastructure supports stable virtualization and helps deploy modern virtual machines for different workloads.
Launch Windows environments across six international regions: the United States, the Netherlands, Canada, Turkey, Brazil, and Kazakhstan.
Data protection.
Pay-as-you-go.
Public IPv4 networks.
99.9% SLA guaranteed.
Network network capacity of up to 200 Mbps.
24х7 live support.
Choose the required vCPU, memory, storage size, and region to build your Windows VPS setup.
Falconcloud provides licensed Windows software and additional options for server-based tasks. Available services include Microsoft Office, SQL Server options, Windows licenses, and RDP services through RDP. Pricing details are available on the cloud server pricing section. The full information on our cloud server pricing you can get here.
Falconcloud virtual machines run on professional-grade hardware supplied by trusted technology vendors.
The VPS architecture is designed to reduce dependency on any single failure point.
Critical infrastructure components are reserved at the physical layer, with automatic failover mechanisms configured to maintain service continuity.
A virtual private server runs as an isolated environment within a larger cloud cluster made up of multiple physical hosts. If one host becomes unavailable, workloads can be transferred to another active node to help keep services online. Resources can be expanded when your project needs more CPU, RAM, or storage capacity.
