SCNET · Enterprise IT · Ankara, Türkiye

Sanal Çekirdek

Operate distributed infrastructure through one view with local decision capability.

Energy and critical infrastructure technology services cover the management of distributed systems that operate across remote locations, long asset lifecycles, constrained connectivity, and high outage impact. Sanal Çekirdek balances central visibility with local autonomy, secure access, and proven recovery.

Distributed field and edge computing

Data from meters, sensors, control systems and field gateways is collected according to connectivity conditions. Local rules and analytics support critical actions when central connectivity is unavailable.

  • Remote-site connectivity
  • Local buffering and event processing
  • Device and certificate lifecycle
  • Central telemetry and asset model

Asset health and maintenance

Operational data is combined with maintenance plans, asset history, weather and load context to support early warning and prioritization. Model recommendations assist field experts rather than replace them.

  • Condition-based maintenance
  • Load and capacity analytics
  • Loss, leakage and consumption visibility
  • Field work-order integration

OT cyber resilience

The objective is to make the boundary between control and enterprise networks, remote access and supplier connections visible. Incident response must align with service safety and operator decision-making.

  • Passive asset and protocol visibility
  • Zoning and secure gateways
  • Remote access and session oversight
  • OT incident scenarios and recovery

Critical-service continuity

Recovery sequencing covers SCADA, field communications, data collection, identity and supporting enterprise systems. Alternative communications, local operation and manual procedures form part of the technology plan.

  • Critical-service and dependency map
  • Alternative communications and control
  • DR, cyber recovery and runbooks
  • Tabletop and technical exercises

How we work

  1. Map field locations, link quality and assets
  2. Establish which decisions must continue locally when the link drops
  3. Design edge processing, zoning and backup communications
  4. Pilot across one region or cluster of sites
  5. Extend to the whole estate, including poorly connected sites

How success is measured

  • Critical field communications and service availability
  • Asset failure, maintenance time and early warning
  • OT access and security events
  • Recovery and local-operation exercises

Frequently asked questions

Is data lost at sites with weak connectivity?

Gateway buffering, store-and-forward, ordering and integrity controls can manage interruptions. Acceptable delay and loss are defined by use case.

Should OT systems connect to cloud services?

Direct, uncontrolled connectivity is not recommended. Required data moves through secure gateways, controlled or one-way flows, segmentation and identity controls, subject to safety and operational needs.

Does energy analytics guarantee savings?

No. Analytics can reveal loss, deviation and opportunity, but realized impact depends on operating decisions, asset condition, investment and execution. The baseline and measurement method must be agreed in advance.

Map field connectivity, asset data and critical-service risk together.

Request a critical infrastructure assessment