Australian technology company, Beonic has partnered with JFKIAT, the operator of John F. Kennedy International Airport’s (JFK) Terminal 4, to implement AI-driven solutions aimed at improving passenger flow management.
This collaboration is focused on addressing post-pandemic travel demand and the operational challenges of a major international terminal.
Beonic, which specialises in artificial intelligence (AI), LiDAR technology, and predictive analytics, has deployed its solutions at Terminal 4 to enhance real-time monitoring and resource allocation. The terminal, which handles over 27 million passengers annually, faces challenges related to fluctuating passenger volumes, security bottlenecks, and large-scale redevelopment projects.
The implementation of Beonic’s AI-based system allows JFKIAT to monitor passenger movement across key airport touchpoints, including security, check-in, and border control. The technology provides real-time insights to facilitate operational decision-making and reduce congestion. Key benefits include:
- Reduced wait times at security screening and check-in areas
- Enhanced resource allocation through predictive analytics
- Improved passenger flow by redistributing traffic across the terminal
- Increased coordination among airport stakeholders, including TSA, U.S. Customs and Border Protection, and airlines
Steve Tukavkin, Vice President of IT & Digital at JFKIAT said:Beonic’s technology has been instrumental in reducing wait times at US Customs and Border Protection, improving safety, and enhancing the overall passenger experience. The ability to monitor dwell times and passenger movement in real-time is unlocking new use cases across retail, lounges, and beyond.
Beonic’s system integrates with existing airport infrastructure while ensuring passenger privacy. The company’s AI-enabled sensing technology and LiDAR-based flow management provide airports with the ability to make data-driven decisions in real time.
Beyond JFK, Beonic’s solutions are being utilised in airports worldwide, including Adelaide, Wellington, Abu Dhabi, and London Heathrow. The company’s AI-powered platform is designed to assist airports in managing variable passenger volumes and maintaining operational efficiency during peak travel periods.
