SCNET · Enterprise IT · Ankara, Türkiye

Sanal Çekirdek

When the operation is in motion, the decision window narrows.

Transport, logistics and travel technology services run operations where vehicle, route, cargo, booking and customer data change at the same time within short decision windows. Sanal Çekirdek supports these operations with secure IoT, integration, analytics and resilient cloud, designing systems to continue through partial disruption.

Fleet, asset and route visibility

Vehicle and asset telemetry is connected to route, task, driver, maintenance and cargo context. Location data is governed by purpose, retention and permission.

  • Vehicle and gateway connectivity
  • Location, status and event streams
  • Route and capacity optimization
  • Maintenance and work-order integration

Booking, ticketing and logistics integration

Systems of record and transaction integrity are clarified across booking, inventory, pricing, payment, cargo and delivery. Third-party APIs include rate, failure, retry and reconciliation controls.

  • Booking and capacity synchronization
  • Payment and refund workflows
  • Cargo and delivery events
  • Agency, partner and marketplace integration

Field connectivity and local operation

Vehicle, terminal, warehouse, hotel and branch connectivity is designed around application priority and security. Minimum local operation during outages and safe synchronization afterward are planned explicitly.

  • SD-WAN, mobile and alternative links
  • Wi-Fi and device segmentation
  • Local buffering and offline transactions
  • Central NOC and field support

AI-assisted planning and customer service

Demand, route, capacity and exception forecasts are connected to operating decisions. Customer assistants use current booking and service context under controlled access, with identity and approval preserved for changes or financial actions.

  • Demand and capacity forecasting
  • Route/ETA and exception priority
  • Operations knowledge assistant
  • Customer notification and service automation

How we work

  1. Map data flow across fleet, route and reservation systems
  2. Measure where connectivity drops and what field conditions impose
  3. Design offline working, synchronization and exception handling
  4. Pilot on one route, one depot or one line
  5. Roll out in stages ahead of the seasonal peak

How success is measured

  • On-time departure/delivery and route deviation
  • Vehicle or asset availability and maintenance
  • Booking/transaction success and reconciliation
  • Customer notification and repeat contact

Frequently asked questions

What happens to telemetry when mobile connectivity drops?

A gateway can buffer data locally and forward it in order after reconnection. Critical local actions should not depend entirely on central connectivity.

Does route optimization always choose the shortest path?

No. Capacity, time windows, cost, driving rules, weather, traffic, customer priority and operational constraints may all matter. The optimization objective must be explicit.

Can a booking assistant make changes?

It can when authentication, transaction authority, fare rules, payment and approval are controlled. Ambiguous or binding cases should be handed to a human agent.

How are multiple partner APIs managed?

Version, rate, timeout, retry, ownership and failure responsibility are defined for each integration. A shared integration and observability layer reduces dependency on any single partner.

Connect fleet, booking and customer flows in one operational view.

Assess operational data flows