Someone plans it, long before you pack

Every flight starts well before you arrive at the airport. Airlines plan their flights season by season, and each one becomes a line in the airport's schedule: which aircraft, arriving when, leaving when.

The airport keeps all of this in one central system, a kind of shared memory every team can check. When something changes, like a delay or a new gate, it's updated there. That way, the person at the check-in desk and the person in the control room are looking at the same flight.

Our version of that shared memory is SkyCore AODB, an airport operational database. Alongside it, ADR, our data platform, connects the airport's other systems, so updates from airlines, check-in and baggage arrive in a format it understands.

Someone finds it a parking spot

Aircraft don't just park anywhere. Each one needs a stand, the spot where the aircraft parks, and a gate, the area where you wait to board. They're not the same thing, which surprises a lot of people. Sometimes a bridge connects the two. Sometimes it's a short bus ride.

An airport only has so many stands, gates, check-in desks and baggage belts, and not every aircraft fits every stand. So someone has to plan who goes where, and then plan it again when two flights land early at the same time. Think of it as a giant puzzle that changes every day.

This is the puzzle Allegra RMS is built for. It assigns stands, gates, check-in desks and baggage belts based on the airport's own rules, and re-plans when things change.

Someone tells you where to go

You find your gate on the screens around the terminal, or, more and more, on your phone. Behind those screens is a team making sure each one shows the right information, including when plans change at the last minute.

Those screens do more than list flights. They help you find your way to the gate, keep you entertained and show you what's on offer around the terminal. Even on a busy day, the time before your flight can feel less like waiting and more like part of the trip.

At the same time, someone is keeping an eye on the security queue. If it's getting long, they want to know before you're standing in it, so another lane can open in time.

This part of the trip runs on three of our products. VisionAir FIDS powers the terminal screens, from flight information to wayfinding and video content. Pocket Flights puts your flight on your phone with a QR code, no app needed, and shows how long it takes to walk to your gate, so you know how much time you have to relax first. Laminar measures and predicts queues, so teams can act before the line builds.

A whole crew meets the aircraft

When the aircraft reaches its stand, a race against the clock begins. It's called the turnaround, and it's the part most passengers never see.

In a short window, ground crews unload the bags and cargo, clean the cabin, refuel, bring in the catering, load the new bags and get everyone on board. Many of these jobs happen at the same time, done by different teams around the same aircraft. A delay in one task can affect the others and put the departure time at risk.

That's why coordination matters so much here. Everyone needs to know what's done and what's still left, without chasing each other on the radio.

This is the work GCAM is built for. It gives ground handlers a live view of every turnaround, and Turn Manager, its mobile app, lets teams record progress and key milestones directly from the apron. Across the rest of the airport, Airport Community App and AirTalk keep teams connected, sharing updates and reporting issues from their phones.

Everyone works from the same plan

Before an aircraft can leave, the airline, ground handler, airport and air traffic control all need the latest information on how the flight is progressing and when it is expected to be ready.

When something changes, everyone can react earlier and adjust their part of the operation. In the industry, this way of working together is called Airport Collaborative Decision Making (A-CDM), and in short: better decisions start with a shared operational picture.

That shared picture is what RealTime Airport provides. It brings flight progress, turnaround milestones, target times, alerts and other live operational data into one view, helping teams coordinate and respond quickly when plans change.

After take-off, someone does the math

Once you're in the air, your part is done. The airport's isn't. Airlines pay the airport for things like landing, parking the aircraft and handling passengers, and those charges depend on what really happened with each flight.

So the same information that helped plan your flight is used, at the very end, to bill for it.

That last step is handled by AirportLabs Billing, which calculates those charges from what actually happened, using the airport's operational data, and runs invoicing automatically.

Where we come in

Every person in this story depends on the same thing: the right information, at the right moment, shared with everyone else. That's where we come in.

At AirportLabs, we build the software these teams use every day, from the systems that plan flights and assign stands to the screens you read, the apps ground crews carry and the tools that send the final bill. Since 2015, we've built all of it 100% in-house, and today it's trusted by 100+ airports worldwide.

Building for airports means our teams get to know a world few people see from the inside, and then see their work used in real operations. We find that fascinating.

So next time you look up at a departures board, remember that a lot of people helped put your flight there. If you're flying through one of the airports we work with, some of the tools they rely on were built by our teams.

Curious what we're building? See our open roles.