Airbus Deploys AI to Optimize Aviation Operations: Smart Catering Tracking and Predictive Maintenance Provide 10-Day Fault Warnings
Airbus integrates AI into cabin catering management, aircraft predictive maintenance, and ground support to reduce waste and lower flight disruption risks.
European aerospace giant Airbus is deeply integrating artificial intelligence and data analytics into core aviation operations, covering in-flight catering management, aircraft predictive maintenance, and ground technical support. This initiative aims to help airlines optimize meal planning, identify equipment anomalies earlier, and accelerate technicians' access to repair guidance through real-time data insights.
In catering management, Airbus partnered with Virgin Atlantic in 2025 to test the "Smart Catering" system. The system uses built-in cameras on existing crew tablets or smartphones to automatically recognize trays and update inventory records, reducing manual counting tasks. Citing International Air Transport Association (IATA) data, Airbus notes that the global aviation industry generates approximately 3.6 million tons of cabin waste annually, with 18% to 20% being uneaten food and beverages. Airbus states that the system's backend analysis has the potential to reduce avoidable in-flight catering waste by double-digit percentages.
In the maintenance sector, Airbus applies advanced analytical algorithms via its Skywise Fleet Performance+ platform to analyze technical data transmitted from flights to the ground. Airbus reports that the system can identify signs of anomalies up to 10 days before a failure occurs, allowing maintenance teams to schedule part replacements in advance according to engineering guidelines. This shift from reactive response to proactive prevention helps airlines reserve maintenance time and reduces the risk of subsequent flight delays caused by sudden breakdowns.
Additionally, Airbus's AIRTAC customer service center has introduced AI tools to assist engineers in retrieving vast amounts of technical documentation. According to Airbus, engineers can search thousands of pages in seconds to quickly locate troubleshooting procedures relevant to on-site issues, thereby shortening the wait time for ground maintenance personnel. Although actual repairs must still follow established procedures, improved information retrieval efficiency directly impacts the overall speed of troubleshooting.