The operational cockpit on top of your BHS. It shows each flight's baggage status clearly — the same on every platform.
Every change shows up as an incremental event. No flicker, no global refreshes — only the flight that changed is updated.
Desktop, Android and Web read the same operational model. Mobile is offline-first and reconciles on reconnect.
One instance per site, with your naming of zones, counters and handling. Rules and colors are tuned from the server.
FLIGHTSORT watches the one number that matters —baggage still in transit— and raises a critical alarm right when a flight goes at risk, while there's still time to fix it.
Four screens wired to the same backend, plus the real documentation of how each piece fits together. Explore it.
Control room, desktop, mobile and Android — the same data, in real time, on every one.
→ 🧭Six real roles, from the ramp to the control room, and what each one gains.
→ 🧩From boarding opening to a critical alarm resolved with time to spare — the system in action.
→ 📶Two independent paths make sure the critical alert lands, even without wifi or data.
→ 🔌Zero changes to your DCS/BHS. Read-only access, and four clear deployment phases.
→ 📖BHS, BSM, pBSM, LPN... every acronym you need to know, in a searchable glossary.
→ 🎫Two paths that start together at check-in and reconcile right before departure.
→ 🧭How the installation wizard translates your system's real-world codes — and why the "Departed" state is the one it won't let you get wrong.
→An online simulator will be available very soon: a synthetic airport with flights, baggage flow and real alarms you can speed up and stress-test from the browser, without connecting any production data.
No. FlightSort is a real-time control layer on top of your existing BHS: it interprets and displays its status, without replacing the physical infrastructure.
Desktop, Android and Web — all three read the same real-time operational model, and mobile is offline-first, reconciling on reconnect.
Zero changes to your DCS/BHS. Read-only access, deployed in four clear phases.
Critical alarms arrive over two independent paths, so the alert doesn't depend on a single connection.
By requesting a demo by email. An online simulator with a synthetic airport is coming soon too, without connecting any production data.