Core Passenger Forecasting
Operational forecasting that turns data into decisive action.
- Passenger volume predictions per flight for both local and transfer passengers, enabling accurate desk and lane planning at a flight‑event level
- Specialized forecasts for bags and PRM to right‑size handling capacity and assistance teams where and when it matters
- Arrival pattern analysis that predicts show‑up curves relative to flight times, aligning upstream processes with true passenger arrival behavior
What this means for you: higher forecast fidelity at the flight level, fewer surprises in the operation, tighter alignment between schedules and resources, and a measurable reduction in queue variability.
Demand & Capacity Balancing
Plan proactively and deploy with precision.
- Simulate real‑life passenger flows to test different resource allocations before they happen, seeing impacts across check‑in, kiosks, and security in minutes
- Know exactly how many counters, kiosks, and security lanes you need at any moment to meet service targets without costly overstaffing
- Identify bottlenecks early, rebalance staffing, and smooth peaks to protect service levels through the entire day of operations
What this means for you: confident plans, efficient use of staff and infrastructure, and consistently smooth passenger journeys across variable demand patterns.
Click for the whole use case : DCB Tool – Brussels Airport
Post‑Ops Analysis / Strategic Analysis
Rehearse tomorrow’s operations today.
- Model end‑to‑end passenger flows to anticipate demand and trial scenarios safely, without learning in live ops
- Pressure‑test flight schedules, passenger journeys, and critical infrastructure—check‑in counters, security lanes, border control, gates and stands, baggage systems, and curbside capacity—against disruptions
- Compare alternatives to find the safest, most cost‑effective plan and lock in improvements that persist from season to season
What this means for you: shorter queues, higher on‑time performance, and smarter asset utilization, achieved through evidence‑based decisions rather than trial‑and‑error