SCNET · Enterprise IT · Ankara, Türkiye

Sanal Çekirdek

Place each workload in the right environment. Run it through one operating model.

Cloud and data center services are the discipline of placing each workload in the right environment and planning application dependencies, data location, availability, backup, networking, licensing and operating ownership together. Sanal Çekirdek designs and manages the target architecture as one system, limiting the cost and risk that rise quickly when these decisions are made separately.

Workload placement and target architecture

Rather than moving every application to the same environment, we place workloads according to performance, data class, latency, licensing, dependency and recovery needs. On-premises systems, private cloud, colocation and suitable public cloud services can form one hybrid model.

  • Application and dependency discovery
  • Capacity and growth modeling
  • Network, identity and data-flow design
  • Migration waves and rollback plan

Data protection and recovery

A backup policy is more than a copy count. We define retention, encryption, isolation, immutability, application consistency and recovery testing around the rate of data change. Critical workloads can also be covered by a DRaaS design with a documented recovery sequence.

  • RPO/RTO and business impact analysis
  • Local, remote and isolated copies
  • Application-consistent recovery
  • Scheduled recovery tests and reports

Managed day-to-day services

Monitoring, incident management, capacity, patch coordination, backup supervision and change records run through one operating rhythm. Responsibilities across the customer, Sanal Çekirdek and third-party providers are separated in a clear responsibility matrix.

  • Alert and incident prioritization
  • Capacity and performance reporting
  • Configuration and change tracking
  • Vendor and facility coordination

Governance that keeps architecture decisions visible

To prevent uncontrolled cloud growth, we define resource naming, access, network zones, backup classes, logging, cost allocation and lifecycle rules. These guardrails make new workload deployments faster and more consistent.

  • Landing zone and baseline controls
  • Role-based and privileged access
  • Tagging and cost visibility
  • Resource lifecycle and retirement

How we work

  1. Discovery and current-state assessment
  2. Target architecture and control design
  3. Pilot, migration or modernization plan
  4. Go-live against acceptance criteria
  5. Monitoring, managed services and continual improvement

How success is measured

  • Availability and incident trend by workload
  • Capacity saturation and resource growth
  • Verified recovery success, not backup completion alone
  • Change, patch and configuration drift

Frequently asked questions

When does hybrid cloud make sense?

A hybrid model is useful when data location, latency, licensing, existing investment or regulation prevents all workloads from moving to one environment. Without shared connectivity, identity, observability and ownership, however, hybrid architecture only adds complexity.

How do you reduce disruption during migration?

Dependency discovery, data synchronization, testing, migration waves, acceptance criteria, and rollback are designed together. The outage target is defined per application; no definitive outcome is promised without technical validation.

How is the service priced?

Capacity, location, availability, licensing, data protection, traffic, support hours and the managed responsibility scope determine price. Infrastructure and management charges are separated in the proposal wherever practical.

Map your current estate, risks and growth plan with us.

Request a cloud assessment