Connectivity Networks Transform Global Aviation Infrastructure
Airports and airlines can now run critical operations on connectivity networks that are fully set up and operated for them, removing the complexity and cost of managing connectivity infrastructure internally. SITA has launched the SITA Campus Network powered by Hewlett Packard Enterprise Aruba Networking, a solution designed to support the demands of complex airport and transport environments.
Managing connectivity networks across multiple locations, devices, and vendors has traditionally been complex and costly. Therefore, fragmented systems often reduce performance and allow disruptions to spread quickly. The SITA Campus Network removes this burden by delivering a fully managed network across wired and wireless environments.
Built on enterprise networking technology from Hewlett Packard Enterprise, a provider of large-scale wired and Wi-Fi infrastructure, the solution combines robust connectivity with centralized, cloud-based management. This ensures consistent and reliable performance across airport campuses and large transport hubs.
The connectivity networks platform uses artificial intelligence to improve visibility, detect issues earlier, and automate troubleshooting. Therefore, downtime is significantly reduced. In addition, it provides centralized management of infrastructure and devices across both on-site systems and remote environments.
According to SITA, modern aviation environments are becoming increasingly complex and interconnected. Managing performance, security, and resilience now requires fully integrated systems rather than fragmented infrastructure.
Senior Vice President, Communications and Data Exchange, SITA, Martin Smillie, stated:
“Integrating diverse systems and devices across airport environments is becoming more complex as operations become more connected. At the same time, expectations on performance, resilience and security continue to rise. With SITA Campus Network powered by Aruba, we take on that complexity. We deliver a network that is set up, run and continuously optimized, so our customers can focus on keeping operations moving while maintaining control across increasingly demanding environments.”
This reinforces how connectivity networks are evolving into fully managed, continuously optimised aviation systems.
Designed for high-density environments such as terminals, hangars, and airline operations centres, the solution supports large volumes of users and devices without compromising performance, even during peak demand conditions.
By integrating this technology into SITA’s managed service, customers receive a network centrally operated by SITA while retaining flexibility to use different technologies and vendors. This reduces the need for on-site support, spare equipment, and recurring training, thereby freeing IT teams to focus on higher-value operational tasks.
Where required, the campus network connects seamlessly to SITA’s global wide-area network services. This long-haul connectivity links more than 600 airports worldwide, delivering a complete end-to-end connectivity networks solution from local airport sites to global aviation infrastructure.
Executive Vice President & General Manager, Enterprise Campus and Branch, Hewlett Packard Enterprise, Sujai Hajela, stated:
“Airports and airlines have to support thousands of staff, passengers, and mission critical systems across terminals, gates, and airside areas and any network issue shows up immediately as delays and frustration.”
“SITA Campus Network powered by HPE Aruba Networking is built on our secure, AI-native technology to deliver a self-driving network that spots and fixes problems in real time, often before anyone notices, so operations keep moving and passengers stay connected.”
SITA Campus Network is a globally managed service available in more than 145 countries with 24/7 operational support. Therefore, it reduces reliance on costly hardware while simplifying operations. In addition, the flexible pay-as-you-go model allows customers to scale usage up or down based on demand, with rapid deployment across multiple locations.
However, the most significant advantage of modern connectivity networks is operational transformation. Airports can now reduce infrastructure complexity, improve resilience, and enhance passenger experience while maintaining global scalability.
