Infrastructure engineering since 2009
Infrastructure built for change
We assess dependencies, design resilient architecture, migrate systems through a controlled plan and define ownership boundaries in the SLA.
Engineering partner
We do not sell servers. We own the engineering outcome.
A data centre supplies computing resources much like a vendor supplies building materials. SGS acts as the architect: maps constraints, designs the system and manages change with explicit acceptance and rollback criteria.
How SGS worksWhat the client receives
An architecture that can be implemented, verified and operated.
Dependency map
Systems, integrations, risks, business criticality and decision criteria.
Target architecture
Implementation waves, security controls, acceptance and rollback conditions.
Operating model
Documentation, observability, ownership boundaries, SLOs and escalation paths.
When to involve SGS
Businesses contact us when IT infrastructure starts getting in the way of work.
Legacy servers have become a risk
Critical systems rely on aging hardware, without a clear recovery route.
The team has no single workspace
Distributed work, separate tools and uncontrolled access complicate daily operations.
Cloud spending is unclear
Resources are growing, but nobody can explain their value or ownership.
Protection is fragmented
Separate tools exist, but there is no unified access, monitoring and response model.
Controlled change
Migration is a sequence of engineering decisions, not a single switch.
We define the acceptable change window, rehearse the cutover, set go/no-go criteria and prepare a rollback route for each critical stage.
Discuss a migration- 01
Discover
Dependencies, criticality, data and change constraints.
- 02
Rehearse
Pilot, test cutover, acceptance and rollback criteria.
- 03
Operate
Observability, documentation, SLA and escalation paths.
CloudSecurityBackup & DRNetworkDevOpsWorkplace
Main services
Core services for cloud infrastructure.
01
02
03
04
05
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Cloud Migration
Move systems in stages with dependencies and recovery points visible.
Cloud Architecture
Design a target environment around workload, constraints and control.
Cloud Security
Connect access, protection and response into a manageable system.
Managed Cloud
Operate and improve infrastructure after implementation.
Backup & DR
Prepare recovery before an incident dictates the conditions.
DevOps & CI/CD
Make delivery and operations repeatable and observable.
Architecture breakdowns
The context, engineering decision and validation method matter more than a list of tools.
01
Legacy ERP and databases
Dependency map, migration waves, replication and an explicit rollback plan.
Review approach 02Hybrid Cloud
Segmentation, redundant connectivity, unified identity and central observability.
Review approach 03Backup & DR
Recovery tiers, isolated copies, runbooks and measured recovery tests.
Review approach 04DevOps platform
Infrastructure as Code, controlled pipelines, observability and rollback.
Review approachHow pricing works
Cost starts with architecture, not a price per gigabyte.
Current landscape
Legacy systems, integrations, data volume and technical debt.
Availability
Service criticality, change windows and target RTO/RPO.
Security
Access model, data protection, logging and compliance requirements.
Support model
Service hours, ownership boundaries, escalation and SLA reporting.
For decision-makers
Architecture breakdowns and practical material for CTOs, CIOs and business owners.
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Software Supply Chain Protection in Cloud Environments: Architectural Solutions for Ukrainian Enterprises
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Next step
Need to change infrastructure without uncontrolled risk?
Describe the systems, critical dependencies and expected outcome. An engineer will help define the next step.