Reclaim the window to act.
Intercept flight disruptions early.

The cascade problem

One delay becomes fourteen by evening

Aviation disruption doesn't cascade linearly. A single 20-minute turn-around delay in the morning propagates through aircraft rotations, crew duty limits, slot restrictions, and passenger connections, creating a compounding wave of costs invisible until it's too late to act.

AeroFlux CTRL models this propagation in real-time, surfacing the early indicators hours before they become critical, giving your OCC team the window to act, not just react.

Ingest live operational data

CTRL continuously ingests ADS-B positions, OCC system feeds, AIMS crew data, airport slot updates, and weather models into a single real-time operations picture. Nothing is missed.

Model network disruption propagation

Our predictive engine simulates the domino effects of every incoming delay, accounting for aircraft turn-around times, crew duty limits, airport curfews, and connection dependencies across the entire network.

Deliver ranked recovery playbooks

When CTRL predicts a disruption threshold breach, it evaluates recovery options (aircraft swaps, sub-charters, and retimings) and ranks them by financial impact, passenger delay, and compliance cost.

Network-wide delay propagation modelling

Our predictive engine simulates the downstream domino-effects of delays. It accounts for aircraft turn-around times, airport curfew constraints, and crew maximum duty limits, updating the propagation model continuously.

Smart recovery playbooks

When a disruption is predicted, AeroFlux CTRL evaluates recovery options (aircraft swaps, sub-charters, retimings) and ranks them by financial impact, passenger delay, and compliance cost.

Role-routed, noise-free alerts

No alert fatigue. Alerts are filtered based on severity threshold and role-routed directly to the appropriate OCC screen, so planners only see incidents where action is required.

Proven impact

on-time performance improvement across the network