// about service

Virtualization
(Linux KVM)

We build a private cloud on Linux so your applications run in isolated virtual machines with full control and room to grow. You can scale resources in minutes, move workloads between hosts with near-zero interruption, and keep services online during maintenance.
This approach reduces licensing overhead, simplifies operations, and gives you a reliable base for web apps, internal systems, and databases.

// our service

Key benefits

High availability

Clustered hosts and planned maintenance without taking services down.

Lower costs

No heavy hypervisor licensing; pay only for hardware and support.

Fast scaling

Add CPU/RAM/SSD to a VM or the whole cluster as your load grows.

Secure by default

Role-based access, multi-factor sign-in, and audit trails.

Safe changes

Snapshots let you upgrade and roll back if something goes wrong.

Smooth migration

Move from legacy servers or other platforms with minimal downtime.

// why choose us

What you get

01
Architecture
A clear diagram of hosts, storage, networks, and how failover works.
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02
Build & handover
Configured cluster, tested recovery path, and short training for your team.
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03
Backups
Snapshot/backup policy with restore drills and retention that fits your risk.
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04
Monitoring
24/7 status dashboards, alerts, and monthly reports with concrete actions.
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// we’ll propose a scope and a fixed or milestone-based quote

Start with a free 30-min consultation and a basic audit

// FAQ

Read Most
Frequent Questions

Do you support Windows guests?

Yes. We run both Linux and Windows VMs on a Linux-based hypervisor.

Will there be downtime during migration?

Cutover is staged; typical interruption is minutes or less, scheduled in your maintenance window.

Where are the servers located?

In data centers in the EU or Ukraine—your choice, with EU residency options for compliance.

How do you protect data?

Encrypted transport, snapshots, backups, and access controls with activity logs.

Can we start small and grow later?

Absolutely—begin with 2–3 hosts and expand without re-architecting.

What if hardware fails?

Workloads can restart on healthy hosts; we document and test the recovery steps.