Aviation resources
Wireless networking resources for the Aviation industry.
9 resources
A buyers' guide to private cellular networks for airport operators and airlines
Private LTE and 5G networks are gaining traction in sectors like airports, where vast areas with numerous devices and critical applications need seamless, secure connectivity. These networks enable continuous data sharing between devices and servers, overcoming challenges when Wi-Fi or public cellular solutions fall short.
Axis + Ericsson: Increase security, safety, and operational efficiency with 5G-Connected video solutions
Ericsson Enterprise Wireless Solutions and Axis Communications deliver secure and flexible surveillance camera deployment over private 5G networks
Boost airport capacity with private 5G: Building the backbone for smarter gates, increased flight capacity, and seamless travel
Connected vehicles, real-time optimizations, and next-generation communication tools are helping reduce aircraft turnaround times and increase capacity. However, many of these solutions depend on a level of dedicated wireless connectivity that Wi-Fi and public cellular networks alone cannot deliver. That’s why leading airports are turning to private 5G networks, which provide the secure, high-performance connectivity backbone needed to fully leverage airside technologies.
Connected Aviation
This report provides insights into use cases that can help the aviation industry improve operations and showcases private 5G networks as the future proof solution to enable various applications across airlines and airport operators around the world.
Ericsson-powered 5G unleashes spot the robot for airport inspection
Ericsson-powered 5G unleashes BostonDynamics’ Spot Robot Dog for airport inspection. Spot had previously only performed tasks using Wi-Fi connectivity. Spot’s operator had to be within 30 meters.
Innovation at Purdue University pioneering the future of aviation
At Purdue University, collaboration between academia and industry is enabling the next generation of autonomous systems. In partnership with Ericsson and Pattern Labs, Purdue is exploring how private wireless networks can support advanced, real-time applications. This video showcases the development of autonomous baggage handling systems—powered by Ericsson Private Networks—demonstrating how secure, high-performance connectivity enables machines to operate intelligently, reliably, and in real time.
Private cellular networks in airports
Learn how private 5G helps airports become smarter, safer and more secure through advanced use cases such as computer vision, predictive maintenance, autonomous vehicles, smart baggage handling and tracking, and enhanced customer experience.
Smart airports take flight
In today's fast-paced environment, real-time data and continuous connectivity are non-negotiable. To adapt, airports and airlines are enhancing the traveler experience through seamless services and real-time intelligence while optimizing operations to boost efficiency, reduce costs and prioritize both safety and sustainability.
Unlock airport capacity with private 5G: Enhancing passenger flow with seamless connectivity
Private 5G forms the connectivity foundation for next-generation passenger technologies—from automated baggage handling to biometric check-in. With a reliable, high-speed network in place, airports can operate more efficiently while enhancing traveler satisfaction.