Airline disruption recovery, simulated.
See the ripple. Compare the recovery.
Put a defensible plan in your dispatcher’s hands.
A simulated network. Real constraints.
Recovery decisions you can inspect and explain.
Weather closes a hub. Aircraft move out of position. Crew clocks keep running. See what each recovery choice changes, before you commit.
One full recovery loop — event to committed plan — played inside the real console.
A recovery decision should come with its workings. Explore the model, compare the trade-offs, and replay the scenario that produced the result.
ENGINEERING YOU CAN INSPECTThe plan has to survive the next departure, the next assignment, and the next shift.
Follow flight time, duty periods, and rest windows alongside the affected aircraft rotation. A recovered schedule must work for the crew flying it.
Inspect the implemented Part 117 checks and their inputs. Feasible and optimal are distinct solver outcomes, and the interface keeps that distinction visible.
Saved events, frozen weather snapshots, and a single-worker seeded solver make recovery decisions traceable in deterministic replay mode.
Weather, airspace restrictions, aircraft failures, and crew availability propagate through the schedule. Compare the consequences before choosing a plan.
01Duty manager
Illustrative perspective“Show me which flight moved, which constraint forced it, and what happens to the next rotation.”
02Operations researcher
Illustrative perspective“Let me replay the inputs and inspect the trade-off. A recommendation needs an explanation.”
Illustrative product perspectives, not customer testimonials or airline endorsements.
A delay never stays in one place. Follow the aircraft, the crew, and the decisions that put the network back within reach.
The weather will change.
The constraints make the next move clear.
Give the day a way forward.
