SCNET · Enterprise IT · Ankara, Türkiye

Sanal Çekirdek

A network is designed around real traffic paths, not device counts.

Enterprise network services are the discipline of making connectivity visible, measurable, and manageable, from latency and packet loss to wireless quality, secure access, and critical application priority. Sanal Çekirdek manages the path from the user to the data center and cloud end to end.

Campus, branch and data-center networking

Physical and logical topology is designed around users, applications, security and continuity. Resilience is not simply adding a second device; failure domains and actual traffic paths must be tested.

  • LAN, WAN, data-center and internet edge
  • Redundant topology and failure domains
  • IP plan, routing and quality of service
  • DNS, DHCP, NTP and core network services

SD-WAN and secure remote access

We design SD-WAN architectures that route branch traffic dynamically according to application priority, link quality and security policy. VPN and remote access are integrated with identity, device posture and least privilege.

  • Application-aware path selection
  • Multi-carrier link resilience
  • User- and device-based access
  • Cloud and data-center connectivity

Wireless experience and communications

Wi-Fi design is not based on access-point count alone. Coverage, density, roaming, interference, device profiles and application behavior are assessed through survey and measurement. Voice and video require explicit latency and quality objectives.

  • Predictive and on-site RF assessment
  • Guest, workforce and device networks
  • Roaming and high-density design
  • Voice, video and unified communications traffic

NOC and performance visibility

Visibility extends beyond device alarms to the user, path, application and service dependency. Incidents are prioritized by business impact, while capacity constraints and recurring faults are addressed through problem management.

  • Topology and configuration visibility
  • Flow, latency, loss and capacity
  • Event correlation and root cause
  • Carrier and vendor coordination

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

  • Latency, loss and availability by user and application
  • Wireless connection success and roaming experience
  • Recurring incidents and root-cause closure
  • Circuit, device and capacity trends

Frequently asked questions

Can SD-WAN use existing circuits?

Usually yes. Internet, MPLS and other suitable connections can be combined. Device compatibility, carrier capabilities, application paths and the security design must still be validated during discovery.

Why can Wi-Fi problems not be explained by signal strength alone?

Channel utilization, interference, client drivers, roaming, DHCP/DNS, authentication and the upstream network all affect experience. Measurement must therefore include the client and application perspective.

What can a NOC service cover?

The scope may include monitoring, alert validation, incidents and requests, configuration, capacity, changes, reporting and supplier coordination. Service hours and response objectives are agreed contractually.

Measure the real traffic path and user experience of your critical applications.

Request a network assessment