Glasgow Airport Connected Airport Living Lab Digital Twin Showcase

Connected Places Catapult is thrilled to be collaborating with Glasgow Airport to present the Phase One Showcase of our Connected Airport Living Lab Digital Twin Competition, focusing on improving passenger mobility, energy management and asset replacement.

This showcase event will exhibit cutting-edge digital twin concepts developed by five innovative businesses who have been selected in a competition for their potential to implement digital twin solutions that revolutionise airport efficiency, sustainability, and passenger experience.

Join us for an exclusive look at the future of aviation technology, featuring cutting-edge digital twin concepts from five innovative businesses. The selected cohort have shown exceptional potential to revolutionise airport efficiency, sustainability, and the passenger experience through their digital twin solutions.

As well as networking opportunities with innovators, investors, industry and the public sector, there will be several presentations and panel discussions that discuss the landscape of innovation within aviation.

We hope you can join us.

If you have any questions, please contact anna.kerr@cp.catapult.org.uk

MEET THE COMPANIES

Consortiq Limited will use drones to digitally map airport pavement and grass areas for better maintenance predictions and improved operational efficiency.

Emu Analytics Limited is set to develop real-time software to monitor aircraft ground movements, aiding in asset management and operational strategy optimization.

Entopy will deploy its AI-enabled Digital Twin platform to alleviate terminal and gate congestion, providing a predictive and simulative edge for strategic decision-making.

IES Ltd will deploy digital twin technology at Glasgow Airport to reduce energy consumption and operational costs, considering future scenarios of scaled EV and eVTOL uptake.

OpenSpace Group Ltd - Creating a real-time digital twin of Glasgow Airport to enhance passenger experience and optimise capacity using LiDAR and analytics