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Private Networks for Airports: Purdue and Ericsson's "Airport of the Future" Innovation Platform

Private Networks for Airports: Purdue and Ericsson’s “Airport of the Future” Innovation Platform

Purdue Research Foundation (PRF) and Purdue University, in partnership with Ericsson, are redefining aviation through its "airport of the future" initiative. Leveraging its own airport and a legacy of innovation, Purdue collaborates with Saab and other industry leaders to drive advancements in passenger experience, operations, and safety. A 5G network underpins this applied research platform, enabling scalable, market-ready technologies while addressing regulatory challenges and fostering industry-wide collaboration.

Private Networks for Airports: Purdue University and Ericsson’s “Airport of the Future” Innovation Platform

Private Networks for Airports: Purdue University and Ericsson's "Airport of the Future" Innovation Platform
Purdue University Airport, the first university-owned and operated airport in the U.S., is a hub of aviation education and innovation. Supporting programs in professional flight, mechanics, and airline management, the airport integrates real-world operations with cutting-edge research. Historic ties to Amelia Earhart and partnerships with Saab and Ericsson further solidify its role as a leader in aviation technology, now bolstered by the return of commercial service and the state-of-the-art Amelia Earhart Terminal.

Ericsson, Purdue, and Saab Create Aviation Innovation Hub with Private 5G

Ericsson, Purdue, and Saab Create Aviation Innovation Hub with Private 5G

Award Category: Private Network Excellence in Airports

Winner: Ericsson

Partner: Purdue University & Saab


Ericsson, in collaboration with Purdue University and Saab, has been honored with the 2024 TeckNexus Award for “Private Network Excellence in Airports” for deploying a private 5G network at Purdue University Airport, transforming it into a “living laboratory” for aviation innovation. This initiative sets a new standard for airport operations by enhancing connectivity, enabling real-time data communication, and supporting advanced aviation applications such as autonomous systems, flight operations management, drone detection, and electric aircraft charging. By optimizing operational efficiency, safety, and sustainability, the private 5G network addresses complex challenges in the aviation industry. This deployment underscores Ericsson’s leadership in leveraging private 5G technology to modernize airport environments, paving the way for smarter, safer, and more sustainable air travel solutions globally.

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