Smooth Airport Access with TrackFlow and LPR

Take-off

As the number of airline passengers are almost at the same level as before the pandemic, it’s time to upgrade the parking vehicle access solutions in and around airports to maximize revenue and streamline operations with all that TagMaster NA has to offer to drive smart airports forward.

Taxis, shuttles, and private drivers arriving at the airport are used to digital and automated services and want smooth, fast, and easy access to park. By automating commercial vehicle traffic into and throughout the airport costs are reduced, user experience is optimized, and revenue is maximized.

This all starts with our comprehensive TrackFlow and our intelligent LPR camera, the CT-45.

TrackFlow, the advanced Ground Transportation Management System (GTMS), allows for advanced data capture and is a feature rich software solution enabling you to track trip and dwell time, enable dispatching, zoning, collect critical data and maximize revenue collection at a seriously cost effective price. Combined with networked RFID readers and/or LPR cameras from TMNA with the option for wiegand proximity readers – TrackFlow offers cutting-edge technology that allows you to dynamically manage the curbside flow of commercial vehicles, identify vehicles by class type, set peak and lull times, and much more.  Simple and efficient facility and access management tools paired with customizable schedules and data views ensure that you stay ahead of the curb.

Curbside

We believe once you’ve seen one airport, you’ve seen one airport. Each facility and curbside requires a different set of features and capabilities all of which can be provided by TagMaster NA to watch your revenue take off.

Looking to integrate? TagMaster NA’s LPR cameras automatically identify incoming and departing vehicles for parking, access and security applications.  Our cameras are compatible with any third party access control or payment system.  The convenient TCP/IP and Wiegand outputs ensure a successful and easy installation process.