From June to September 2024, Abu Dhabi Zayed International Airport (AUH) initiated a significant project to introduce digital transformation technology, aiming to boost its safety, efficiency, and sustainability.
The IESALC (Illuminating Engineering Society, Aviation Lighting Committee) conference in Charlotte, North Carolina, took place late 2024 and brought together a diverse group of professionals from the airfield lighting industry at the end of October. The event, noted for its comprehensive participation of over 400 attendees including airport representatives, engineers, and FAA officials, focused on current challenges and future developments in airfield lighting.
From June to September 2024, the Abu Dhabi Airports Company (ADAC) launched an ambitious initiative at the Abu Dhabi Zayed International Airport (AUH) to enhance sustainability, safety, and efficiency in its operations. This significant venture was a collaborative effort steered by ADB SAFEGATE, under the assignment of contractor Western Bainoona Group, with the goal of improving global standards in airport operations.
ADB SAFEGATE introduces Airside 4.0®, elevating airside operations into a new era of intelligence. Airside 4.0® is working in harmony across four critical pathways. By integrating innovation with a proactive management approach, we’re paving the way for smarter, safer, and more sustainable airside operations. From enhancing operational efficiency and reducing environmental impact to boosting airport throughput, our strategy reinforces a comprehensive vision for the future.
It’s our privilege to be part of the countless journeys that bring people together, connecting millions every day. As the holiday season approaches, and we get ready to showcase the season’s most frequent flyers, we warmly extend our wishes for a joyful holiday season to each and every one of you.
ADB SAFEGATE introduces Airside 4.0 elevating airside operations into a new era of intelligence. Here, every decision is powered by data. Environmental impact is significantly reduced and safety standards reach unparalleled heights. This intelligent airside ecosystem is a game changer for everyone at the airport, from the tower to the gate, from travelers embarking on journeys, to families awaiting reunions.
NOIDA. ADB SAFEGATE is excited to announce its contract to supply the Advanced Visual Docking Guidance System (A-VDGS) and Apron Management System for Noida International Airport (NIA) in Uttar Pradesh, India. This greenfield airport project is being developed by Yamuna International Airport Private Limited (YIAPL), a 100% subsidiary of Zurich Airport International AG.
The aviation industry is on the brink of a new era, with advancements in technology and sustainability practices shaping the future of airside operations. Recognizing the need for a collaborative platform to discuss these evolving challenges and opportunities, the ADB SAFEGATE Innovation Summit 2024 was set to become a landmark event for professionals in the UK and Ireland’s aviation sector. A heartfelt thank you to all participants and partners for making such a profound impact on the success of this year’s summit.
HYBRID EVENT. Mark your calendars! We are thrilled to invite you to the International Conference on the Future of Aviation Industry, which will be held in Hong Kong on Wednesday, May 22, 2024. This dynamic event promises to spark innovation and conversation around the advancements shaping our skies. Our very own Juan Somozas, Business Development Innovation Team Leader at ADB SAFEGATE will be giving his presentation about the digital transformation sweeping through aviation. Don´t miss this. Join live or via link!
TRIESTE. In an exciting leap towards the future of airport operations, Aeroporto Friuli Venezia Giulia SpA (Trieste International Airport) together with ADB SAFEGATE has announced the commencement of a pioneering 2-year Innovation Trial Project. This groundbreaking initiative aims to revolutionize airside operations through full cloud deployment and seamless integration of airport assets via wireless connectivity.
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