From manual to automated - a purpose built car park management product saving 7,000+ hours every year

The problem

Running a valet car park is operationally complex and McCausland Airport Car Park was managing all of it manually.

Cars arrive in waves, get stacked multiple vehicles deep in laneways, need washing and servicing before collection, and must be retrieved just in time, as customers land. Every movement, space allocation, every timing decision relied on staff experience and judgement alone.

As demand increased, this created bottlenecks across the operation, resulting in slower check-ins, pressure at peak times and capacity being limited. For customers, this friction showed up as long queues, repeated check-ins and delays - right before they needed to catch a flight.

What we built

We engineered a product that replaces manual coordination with structured, system driven decision making across the entire operation.

Space allocation moved from staff judgement to an automated engine - assigning the best location for each vehicle based on timing, movement and availability. Every vehicle is now tracked in real time, with full visibility across the car park. Booking and operational integrations improve timing and coordination, helping staff respond to delays and keep the collection zone flowing.

Staff moved from paper to mobile devices, with tracking, task management and workload coordination connected in one place.

For customers, check-in was redesigned as a single interaction. Keys are tagged with a QR code while the customer is still in the driver's seat, a digital ticket is issued instantly and they head straight to the terminal - eliminating queues and delays.

Why it worked

Decades of operational knowledge, like how to stack cars, when to move them, how to respond to a delayed flight, had never needed to be written down. It lived in the heads of experienced staff. Capturing that decision-making and embedding it into the product was what made the difference - turning something people had to manage manually into something the product could handle consistently.

Each part reinforced the next. Smarter space allocation reduced unnecessary movement. Real-time tracking removed the guesswork. And connecting flight data to the operation meant decisions could be made on what was actually happening, not what was scheduled to happen.

The go-live told the story. A completely rebuilt product, new processes, staff onboarded, with cars already in the car park. Less than 30 minutes of downtime, saving over 7000+ hours a year.