Lufthansa Systems has announced a new partnership with Google Cloud, becoming one of the first providers in the aviation industry to offer cutting-edge multi-cloud support to its customers. This collaboration expands the capabilities of Lufthansa Systems' Global Aviation Cloud by integrating Google Cloud services, building on its longstanding use of Microsoft Azure technology.
Airline customers can now benefit from Google Cloud's global infrastructure, advanced analytics, and robust security features to drive innovation and optimise operations with AI. This partnership provides greater flexibility, allowing airlines to choose between Google Cloud and Microsoft Azure for hosting their critical business applications or to use both simultaneously. The first Google Cloud data centre, located in the central United States, is already in operation for an American airline, with Frankfurt being the first European region to be added. Further data centres will be established as needed.
Susan Linden, Head of Architecture, Technology & IT Operations at Lufthansa Systems, stated, “Becoming a Google Cloud partner is a significant step in our vision to be a leading multi-cloud provider. We are confident this strategy will unlock the full potential of digital aviation and ensure our customers are future-ready. This partnership allows airlines to focus on their core business without worrying about the secure hosting of their applications. We are committed to providing them with the best possible cloud experience.”
The Global Aviation Cloud offers significant advantages over on-premises solutions, reducing costs associated with workforce, software, and infrastructure. With high availability, scalability, and optimisation benefits, the platform is essential for business-critical applications in the airline industry. Lufthansa Systems' strategic choice of Microsoft Azure and Google Cloud, with a combined market share of over 35% in the global cloud market, positions it to leverage top-tier services and drive innovation in aviation operations.
