Forecast accurately
Precisely predict your passenger and baggage flows with machine learning.
See below how we have helped airports globally improve their airport planning.
Better Check-in is a common operating platform, meaning you can provide access to airlines, handling agents, and other external stakeholders. By co-operating in a transparent environment, you can optimize future operations based on a fact-based performance evaluation. This makes it easier to build lasting goodwill and stronger business relationships.
Optimized lane plans indicate the number of lanes to open in 5-minute increments, ensuring you can make changes when appropriate. By integrating with automated passenger tracking solutions, Better Security automatically updates the recommended lane opening plan to reflect changes. In the same way, a live integration with the flight schedules updates in case of any delays or cancellations, instantly triggering a new recommended plan.
Even the best plans can fail from time to time so Better Border uses real-time flights and passenger flow data so you can continuously optimize your day-to-day execution – while still anticipating potentially demanding circumstances.
As complexity increases and change becomes constant, legacy tools like spreadsheets are no longer enough. So how can airports create forecasts that are not only accurate but also adaptive, collaborative, and actionable?
Download the guide and discover how to:
Precisely predict your passenger and baggage flows with machine learning.
Optimize your operations in real-time on a common operating platform.
Better Airport is a cloud-based airport management platform that gives airports of all sizes a simpler way to run core operations. The core modules of the Better Airport suite can be mixed and matched to fit your operational needs.
Click on the modules below to learn more.
Predicts flows and wait times.
Intelligent counter allocation.
Optimized lane opening plans.
Immigration check point operation.
Baggage flows - outbound/reclaim
Automatic allocation of stands and gates.
Shift patterns that meet any staffing demand.
Influence passenger arrival and flatten peaks.