- In September 2024, NEC launched a new biometric authentication system capable of quickly authenticating large numbers of people while they are in motion. This system utilizes NEC’s advanced face recognition technology and matching algorithms to evaluate movement and clothing characteristics, enabling real-time identification of up to 100 individuals per minute. The system is designed for deployment in various high-traffic areas, including airports and amusement facilities, to reduce congestion and improve operational efficiency. NEC began providing this system Middle East and Africaly in September 2024, initially focusing on Japan, the United States, and Singapore.
- In January 20, 2025, Thales signed an agreement with Lebanon's Minister of Public Works and Transport to modernize and upgrade the integrated passenger control systems at Beirut-Rafic Hariri International Airport. This partnership aims to enhance border security and streamline passenger processing through the implementation of advanced biometric verification and automated border control technologies. The project is part of Lebanon’s broader strategy to modernize its border installations and improve the efficiency of its border management systems.
- In December 2023, IDEMIA was awarded a contract by Airports Company South Africa (ACSA) to deploy its Passenger Flow Facilitation (PFF) solution across nine South African airports, including OR Tambo, Cape Town, and King Shaka. The project, which commenced in October 2023, aims to implement IDEMIA’s end-to-end ID2Travel solution, encompassing biometric e-gates and seamless border clearance processes. The deployment is planned in three phases, with full implementation expected by 2026.
- In February 2025, ecunet's easygate system is designed to meet the requirements of the EU Entry/Exit System (EES), which is set to be implemented. The easygate system offers intuitive user guidance, innovative operation elements, and state-of-the-art security features, including Presentation Attack Detection (PAD) and morphing attack detection (MAD) algorithms. Its lightweight, glassy design allows for monitoring from all angles, adding a modern touch to airport environments. The system ensures compliance with current and future regulations, making it a future-proof solution for border control
- In February 2025, Collins Aerospace launched the 2025 edition of its Powered by Collins Initiative™ at Aero India. The initiative invites collaboration with small and medium-sized enterprises to develop technologies critical to the aerospace and defense industry, including advancements in border security and biometric systems. By focusing on material informatics and quantum-enabled navigation, Collins Aerospace aims to accelerate the deployment of innovative solutions in the border control sector.
