SERVER SOLUTION / MIGRATION
SLA
availability and support rules are agreed before launch
24/7
monitoring and infrastructure incident handling
Plan
configuration, migration and operating model for the workload
Server migration with dependency map and rollback
We migrate servers and databases through a dependency map, cutover window, DNS, backup, rollback, acceptance checklist, downtime control, SLA/SLO and RPO/RTO.
What is included in the service
SO-TECH delivers Server migration as a practical service: the target architecture, ownership border and support rules are fixed before launch.
- Service architecture for the selected workload
- Configuration and launch plan with clear responsibility boundaries
- Monitoring, support and incident response rules
- Scaling, backup and availability recommendations
Responsibility boundary
The model shows which part of the stack remains with your team and which part is covered by SO-TECH.
You manage
- Applications, data and business logic
- Access, policies and service settings
- Workload usage and internal operating processes
SO-TECH manages
- Infrastructure platform and availability contour
- Physical or virtual base layers selected for the service
- Monitoring, support rules and launch coordination
How launch works
The service is launched step by step: requirements, configuration, rollout and operating handover.
Define requirements
We capture workload, availability, security, backup and integration requirements.
Design the service
We select the configuration, responsibility model and launch sequence.
Launch and support
We roll out the service, set monitoring and hand over operating rules to the team.
Which search requests this server service matches
Below are real selection scenarios: rental, SLA, TCO, backup, RPO/RTO, migration and operations requirements.
Server migration engineering launch package
Before launch, we document workload, capacity plan, ownership boundaries, SLA/SLO, RPO/RTO, monitoring, backup and rollback/recovery scenarios for the selected server service.
Workload and capacity plan
We describe services, users, load peaks, CPU, RAM, storage, network, latency and resource growth requirements.
- workload profile
- capacity plan
- growth forecast
Target design and responsibility map
We fix the architecture, network zones, integrations, access rules and the boundary between customer operations and SO-TECH.
- target architecture
- network zones
- ownership map
SLA/SLO, monitoring and backup
We align availability metrics, RPO/RTO, resource monitoring, alert rules, backup and recovery procedures.
- SLA/SLO
- RPO/RTO
- backup policy
Migration, rollback and acceptance
We prepare migration or launch order, cutover windows, rollback scenario, acceptance checklist and support handover.
- migration plan
- rollback
- acceptance checklist
Server migration: workload fit check
Before choosing the model, we check the actual workload, ownership, SLA/SLO, RPO/RTO, security baseline and growth path, not just the service name. This keeps the server architecture stable during migration and load peaks.
Workload profile and performance
We match Server migration with CPU/RAM/storage, IOPS, latency, user count, load peaks and the criticality of 1C, ERP, Bitrix, database or web services.
- CPU/RAM/storage
- IOPS
- latency
Team ownership boundary
We document who owns OS, runtime, security rules, backup, monitoring and incident response so operations do not depend on verbal agreements.
- OS/runtime
- monitoring
- incident response
Availability, backup and recovery
We check SLA/SLO, RPO/RTO, backup policy, disaster recovery, retention and rollback so the model is resilient before production launch.
- SLA/SLO
- RPO/RTO
- rollback
When an adjacent model should be compared
If budget, ownership, scaling or support requirements change, we compare Server migration with adjacent models so you do not overpay for control or lose flexibility.
- TCO
- adjacent models
- growth plan
Which search intents fit Server migration
We help clarify when this server model is the right fit, what input is needed for an estimate and how to launch the workload without losing SLA/SLO discipline.
When to choose Server migration
Server, database and service migration with dependency map, cutover window, rollback, DNS switch and downtime control. This option fits when the workload needs clear ownership boundaries, predictable performance and a growth-ready support model.
- workload profile
- availability
- growth plan
What to share for an estimate
To size the configuration, share services, user count, load peaks, CPU/RAM/storage, network needs, backup, RPO/RTO, SLA/SLO and launch timeline.
- capacity plan
- RPO/RTO
- SLA/SLO
How launch risk is controlled
We document migration plan, rollback, acceptance checklist, monitoring, alerts, ownership boundary and support rules before production launch.
- migration plan
- rollback
- monitoring
How to defend the budget for Server migration
Before ordering, we document not only the configuration but also financial, migration and operational risks: TCO, downtime, backup, RPO/RTO, security baseline and ownership boundaries.
TCO, CAPEX/OPEX and growth
We estimate total cost of ownership: infrastructure, support, licenses, downtime, growth reserve and scaling scenarios so the budget is defensible before procurement.
- TCO
- CAPEX/OPEX
- growth reserve
Migration plan and rollback
We prepare workload migration, cutover windows, acceptance checklist and rollback scenario so launch does not become night-time heroics.
- migration plan
- rollback
- acceptance checklist
Backup, RPO/RTO and recovery
We define protected data, backup frequency, acceptable recovery time and how the disaster recovery scenario is verified.
- backup policy
- RPO/RTO
- disaster recovery
Security baseline and access
We document network zones, access, logging, hardening, monitoring and ownership before production launch.
- security baseline
- access control
- logging
Geography, SLA and request route for server migration
SO-TECH runs server projects from Moscow and remotely helps align server migration: workload, price/TCO, SLA/SLO, RPO/RTO, backup, migration, security baseline and ownership boundaries.
server migration estimate for Moscow and distributed teams
The legal and communication center is in Moscow; engineering review runs remotely: workload inputs, network, backup, SLA, launch timeline and budget constraints.
- Moscow
- remote estimate
- server migration
How we document SLA/SLO, TCO and RPO/RTO
Before the request we connect rental price, CAPEX/OPEX, capacity reserve, downtime risk, maintenance window, backup policy, monitoring and acceptance criteria.
- SLA/SLO
- TCO
- RPO/RTO
What to send for a fast estimate
Describe the system, users, CPU/RAM/storage, IOPS, network, backup, launch timeline, SLA requirements and preferred support format.
- workload
- budget
- support format
Evidence for choosing Server migration
To make the decision defensible before procurement and launch, we connect the server model with economics, SLA, migration and ownership boundaries.
TCO, pricing and operating budget
We show what drives cost: configuration, support, licenses, downtime, growth reserve and scaling scenarios.
- TCO
- CAPEX/OPEX
- growth reserve
SLA/SLO, backup and RPO/RTO
We define availability, service metrics, backup policy, retention and recovery windows before production launch.
- SLA/SLO
- backup policy
- RPO/RTO
Migration, rollback and acceptance
We document dependency map, cutover window, DNS/integration risks, rollback scenario and acceptance checklist.
- dependency map
- rollback
- acceptance checklist
Ownership boundaries and support
We split customer and SO-TECH responsibilities: access, monitoring, incident response, security baseline and support rules.
- ownership map
- incident response
- security baseline
When to choose this service
Typical signals that this model fits the project.
- The workload needs predictable infrastructure and clear operating rules
- The team wants to separate business logic from platform operations
- Security, availability and scaling requirements must be documented before launch
- The project needs support after migration or initial rollout
Business outcome
The business receives not just infrastructure, but an agreed service operating model.
- A clear architecture and responsibility map for the selected service
- Lower launch risk through documented support and monitoring rules
- A scalable foundation for business systems and future growth
Service FAQ
What is included in the Server migration service?
SO-TECH delivers Server migration as a practical service: the target architecture, ownership border and support rules are fixed before launch. Service architecture for the selected workload. Configuration and launch plan with clear responsibility boundaries.
Who manages the Server migration service?
The customer manages: Applications, data and business logic; Access, policies and service settings; Workload usage and internal operating processes. SO-TECH manages: Infrastructure platform and availability contour; Physical or virtual base layers selected for the service; Monitoring, support rules and launch coordination.
How is the Server migration service launched?
The service is launched step by step: requirements, configuration, rollout and operating handover. Define requirements: We capture workload, availability, security, backup and integration requirements. Design the service: We select the configuration, responsibility model and launch sequence.
Which artifacts does the business receive before launching Server migration?
Before launch, we document workload, capacity plan, ownership boundaries, SLA/SLO, RPO/RTO, monitoring, backup and rollback/recovery scenarios for the selected server service. Workload and capacity plan: We describe services, users, load peaks, CPU, RAM, storage, network, latency and resource growth requirements. Target design and responsibility map: We fix the architecture, network zones, integrations, access rules and the boundary between customer operations and SO-TECH. SLA/SLO, monitoring and backup: We align availability metrics, RPO/RTO, resource monitoring, alert rules, backup and recovery procedures.
When should the Server migration service be chosen?
Typical signals that this model fits the project. The workload needs predictable infrastructure and clear operating rules. The team wants to separate business logic from platform operations.
How is the cost of Server migration calculated?
Cost is calculated from workload, CPU/RAM/storage, IOPS, traffic, SLA/SLO, backup, RPO/RTO, security baseline, migration and ownership boundaries. We compare not only monthly rental, but also TCO, downtime risk and operating cost.
What input is needed to estimate Server migration?
We need services, user count, load peaks, CPU/RAM/storage, databases, network requirements, backup, RPO/RTO, SLA/SLO, security requirements, launch timeline and migration or rollback conditions.
When should Server migration be compared with another server model?
Comparison is useful when budget, ownership, scaling, support or launch speed requirements change. We compare Dedicated, IaaS, PaaS, SaaS and colocation by TCO, SLA/SLO, flexibility and responsibility boundaries.
Need an infrastructure estimate?
Describe the workload, timing, security and availability requirements. We will suggest a suitable service model and launch plan.
Send a request or contact us about the project: a SO-TECH engineer will estimate TCO, compare SLA/SLO, backup, RPO/RTO and help choose the server model for your budget, workload and launch timeline.