FAA launches $875M SMART system to help manage U.S. airspace; critics say it won’t fix deeper staffing and infrastructure issues

# What the FAA announced

Administration officially launched an $875 million software overhaul called Strategic Management of Airspace, Routes and Trajectories (SMART). The rollout will begin at three major airports that serve the Washington, D.C. region. FAA and Department of Transportation leaders describe SMART as a cloud-based, AI-enhanced system that analyzes planned flights alongside factors such as weather and wind, then recommends schedule and trajectory adjustments to reduce congestion and conflicts.

# Why the FAA says SMART is needed

FAA Administrator Bryan Bedford told lawmakers that the current traffic-management approach is chaotic and requires central coordination. Transportation Secretary Sean Duffy said SMART will prevent problems before they happen, reduce delays, lower stress on controllers, and ultimately cut travel prices. The agency frames the system as a tool to help controllers manage the entire national airspace rather than leaving conflict resolution to individual carriers.

# Where SMART fits in the modernization plan

SMART is a component of a larger $12.5 billion FAA modernization effort to update aging air-traffic-control systems. The FAA tapped a smaller firm, Air Space Intelligence, to develop the system. That company previously built AI-enhanced dispatch software for some carriers, including Alaska Airlines, but the FAA project is larger in scale and visibility.

# Recent outage that highlighted existing vulnerabilities

# How SMART will be used in operations

# Criticisms and caveats

Some former controllers and observers are skeptical that SMART will solve deeper problems in air traffic control. Dave Riley, a former FAA air traffic controller, said SMART "won't replace humans. It'll be another tool in the toolbox," and noted the label AI draws attention even when the system is intended to assist rather than act autonomously. Others point to the telecom outage as an example that software alone cannot fix physical infrastructure weaknesses or workforce shortages.

# What to watch next

• How the initial deployments perform at the three Washington-area airports and whether delays and controller workload measurably change.
• How the FAA addresses infrastructure weaknesses exposed by the East Coast outage and how responsibility for the cut fiber-optic line is clarified between rail agencies.
• Whether the FAA expands SMART nationwide and how airlines and labor groups respond to centrally coordinated schedule adjustments.

SMART represents a high-profile attempt to apply advanced software to broader traffic planning. The system's operational value will depend on integration with legacy systems, reliable physical infrastructure, and continued human oversight at control facilities.