Artificial Intelligence to Manage US Airspace

The US Federal Aviation Administration (FAA) has decided to implement an AI-based system called SMART across all air traffic control centers nationwide. The $875 million project aims to improve air traffic management, reduce delays, and increase fuel efficiency.

How the SMART System Works

SMART is a cloud-based platform that analyzes a wide range of data, including weather forecasts, flight trajectories, air traffic intensity, and air traffic controller workloads. The system automatically provides recommendations for optimal routes, arrival sequencing, and flight scheduling.

The system's effectiveness was tested in Washington's airspace, where it successfully adjusted the routes of 180 flights since September 21. According to official data, this reduced flight times by an average of 10 minutes and saved approximately 300 litres (80 gallons) of fuel per flight. The FAA plans to replicate these results across the entire country.

Positions of Controllers and Airlines

While executives at major airlines, including Delta Air Lines and American Airlines, have praised the project, professional unions remain critical. The National Air Traffic Controllers Association stated that they were not involved in the design, testing, or implementation of the system, and therefore cannot assess its impact on workflows.

The FAA emphasized that SMART does not replace human controllers and will not take full control of aircraft. The system's recommendations are verified by specialists based in Washington, and local controllers retain full authority to accept or reject the proposed changes.

What This Means for Aviation

Currently, the US aviation sector is grappling with a shortage of controllers and challenges related to increasing air traffic. Integrating artificial intelligence into management processes is, in theory, one way to reduce this burden. However, questions regarding the system's transparency and safety remain relevant.

For Georgia, which is part of international aviation hubs, the implementation of such technologies is interesting in terms of how effective artificial intelligence will be in managing global flights. If the SMART system proves successful in the US, similar algorithms could appear in European and other regional airspaces, ultimately making the flight experience more predictable for passengers.