Where engineering begins

A standard migration ends where platforms stop being compatible

Incompatible platforms

Hyper-V → KVM
ESXi → Proxmox
Cloud → data center
Physical server → virtual infrastructure

When no direct migration path exists, we design an intermediate one.

‘Unsupported’ does not mean ‘impossible.’

Large data volumes

We migrate file servers with 2 TB or more of data without rescanning the entire data set before each synchronization.

Our replication controller tracks filesystem changes between sync cycles and transfers only changed data.

Lower load, less repeated data transfer, and a shorter final cutover window.

Live databases

For PostgreSQL and MSSQL, we build replication between the source and target infrastructure.

The main data volume is synchronized in advance while the source system keeps serving users. Only the remaining changes are synchronized before cutover.

A database migration does not have to mean hours of business downtime.

Connected systems

We migrate working infrastructure, not isolated servers.

Migration does not end when virtual machines boot. After cutover, databases, telephony, 1C, medical systems, APIs, and external integrations must still work.

That is why connected systems are accounted for during migration design, not after it.

Core cutover principle

Minimal downtime instead of a long migration window

Migration with a full downtime window
StopCopyMoveStartFix
Critical-system migration with SoGeRiEn
ReplicateSynchronizeVerifyCut overMonitor

The main data volume moves before the source system is stopped. At cutover, only the changes need to be synchronized before services move to the new infrastructure.

Instead of hours or days of downtime - a minimal cutover window.

Where we migrate to

Ukrainian data centers and clouds

PARKOVYI · GigaCloud · Colobridge · DATAGROUP

Public clouds

AWS · Microsoft Azure · other platforms

Private infrastructure

Physical servers · Private Cloud · Proxmox · KVM · VMware · Hyper-V

We do not tie architecture to a specific provider - we choose the platform that fits the project requirements.

When there is no ready-made solution, we build one

Sogerien is our integration layer for connecting systems, APIs, databases, and infrastructure services.

A complex migration does not always end with moving servers. After cutover, 1C, databases, telephony, other business systems, external services, and existing integrations must keep working.

When there is no ready-made way to connect systems in the new infrastructure, we do not rewrite working solutions without a reason. We use Sogerien as the engineering layer between them - building APIs, integrations, automation, and middleware services for the actual task.

1C

A simple API between external systems and 1C, without moving complex logic into the configuration.

Medical and specialized systems

We preserve and restore integrations between medical systems, telephony, analytics, access-control systems, and other external services.

For example: DocDream and its integrations with telephony, analytics, access-control systems, and other services.

Any third-party system

APIs, databases, webhooks, proprietary protocols, and middleware services.

We do not force a project to fit the tools. We choose and build tools that fit the project.

What the business gets

Minimal downtime

Critical services keep running through the main part of the migration.

Data integrity control

We verify synchronization and data integrity before cutover, then monitor system state afterward.

Working infrastructure

Not just virtual machines brought online, but all service connections restored.

Architecture built for what comes next

After migration, the infrastructure can scale and evolve instead of being rebuilt again next year.

Have a complex migration?

Show us what others advise you to ‘leave untouched’

We will assess the current infrastructure, constraints, and downtime requirements. We will define the technical migration plan.

Discuss the project