FlightSort
BHS/SATE integration · For IT and operations teams

Integrations and Technical Requirements

FlightSort doesn't replace your airport's infrastructure — it connects to it. Here we explain, no sugarcoating it, what we need from your side, what we won't touch, and how it's deployed in practice.

01

How FlightSort connects

Three independent layers. FlightSort reads from your existing systems, never writes to them or changes their behavior.

Your systems (existing)
DCSCheck-in / boarding
BHS / SATEBaggage sorting
Operational databaseFlights, sorting, counters
FlightSort integration layer
Read adapterTranslates your source into its own format, without depending on its internal structure
Backend APICalculates state, priority and alarms — exactly once
What your team sees
WinForms · Web · AndroidSame state, real time, on four screens
02

What your airport needs to get started

The list is intentionally short. The less we ask for, the less friction to start a pilot.

🔎

Read-only access

To the view or table where flight and sorting operational data already lives. Write access is never required.

🔌

A network path

For the integration layer to reach that data source — typically inside the airport's own network, without exposing it to the internet.

🧩

Zero changes to your DCS/BHS

The read adapter fits what already exists. We don't ask your check-in or sorting provider to change anything.

🗺️

One technical point of contact

Someone who knows where flight data lives today — for the initial diagnostic phase, not for day-to-day afterward.

03

Requirements per platform

Each client has its own minimum requirements, designed to avoid requiring new hardware unless it's actually needed.

🖥️ WinForms
  • Windows 10 or 11 (a standard control room PC).
  • .NET Framework 4.8.
  • Network connection to the backend API — no direct access to the operational database needed.
🌐 Web (desktop and mobile)
  • Any up-to-date modern browser (Chrome, Edge, Firefox, Safari).
  • No installation: accessed by URL, with username and password.
  • Responsive design — works the same on desktop, tablet, or mobile.
🤖 Android
  • A standard current-generation Android smartphone, with Wi-Fi or mobile data.
  • Works with intermittent connectivity thanks to local caching — doesn't require constant coverage.
  • Distributed as a direct install or through the airport's device management (MDM).
04

How it's rolled out

Nothing ever touches production without being validated first in read-only mode. It's the same discipline the product is built with internally.

PHASE 0

Diagnostic

We identify where flight and sorting data lives in your installation. Without touching anything.

PHASE 1

Read-only pilot

We connect the read adapter and validate that what we see matches operational reality.

PHASE 2

Validation with real traffic

We calibrate alarms and thresholds with your airport's real flights — not generic values.

PHASE 3

Production

We roll out on whichever platforms your team needs: control room, web monitoring, and/or mobile app.

Want to talk about your specific installation?

We'll show you which diagnostic phase fits your specific installation.

Request a demo