FAA Awards 12-Year, $875 Million SMART Air Traffic Contract to Air Space Intelligence, Beating Palantir and Thales

FAA Awards 12-Year, $875 Million SMART Air Traffic Contract to Air Space Intelligence, Beating Palantir and Thales

The FAA has awarded a 12-year, $875 million contract to Air Space Intelligence (ASI) to develop predictive air traffic management software — a system that has been in development behind the scenes for nearly a year. The Boston-based startup beat two much larger competitors: Palantir Technologies and Thales. U.S. Secretary of Transportation Sean Duffy and FAA Administrator Bryan Bedford formally announced the contract on June 22, 2026.

The FAA detailed the contract in a June 22 press release, and ASI issued its own announcement the same day confirming the 12-year term and contract value.

Two Core Systems Covered

The contract encompasses two systems. Flow Management Data and Services (FMDS) will replace the FAA's current traffic flow management system, serving as the data backbone for the FAA's Air Traffic Control System Command Center. Strategic Management of Airspace, Routes, and Trajectories (SMART) operates as a functional module within FMDS, flagging congestion before flights depart. SMART's initial operational capability is scheduled for this fall.

When this publication first reported the three-way competition for the SMART contract in April, ASI was the smallest and least prominent candidate — but also the only bidder with software already deployed in a production environment.

ASI Brought Live Software, Not a Development Promise

What set ASI apart from Palantir and Thales was a platform already running at scale. Its Flyways AI system supports flight planning and traffic management for Alaska Airlines, Delta, and United, and the company claims its platform touches more than 40% of U.S. aviation traffic. Flyways also supports operational planning for the U.S. Air Force and Indo-Pacific Command.

That "40%" figure, however, is ASI's own marketing claim and warrants scrutiny. Having dispatchers at three major airlines use a tool is not the same as actively routing 40% of the country's flights — the claim describes reach, not control. It is still a stronger position than a pure development proposal, but the gap between "a tool dispatchers can consult" and "a tool that manages airspace" is precisely the challenge this contract is designed to close.

ASI's track record was the centerpiece of its entire bid. The company says it invested nearly $100 million of its own capital developing the platform before winning the FAA contract, allowing it to enter the program with deployable technology rather than years of custom development from scratch. ASI is headquartered in Boston and is backed by Andreessen Horowitz. FAA modernization programs have historically failed in the long gap between contract award and actual deployment — and ASI is explicitly positioning itself as a way to skip that trap. NextGen took twenty years and remains incomplete.

The Crewed Aviation Layer Is the Real Bottleneck for Drone Integration

SMART is a management tool designed for commercial aircraft, not drones — but its downstream effect on unmanned operations is what readers in this industry should pay close attention to. Large-scale, routine BVLOS (Beyond Visual Line of Sight) operations depend on an air traffic management system capable of anticipating conflicts hours in advance, not minutes. The current passive architecture cannot absorb thousands of daily drone flight plans on top of existing crewed traffic, and a predictive layer is the solution.

This is the shared integration challenge underlying every stalled drone policy initiative, from Part 108 BVLOS rules to UTM and low-altitude corridor frameworks. Operators such as Reliable Robotics, which is actively pushing for the FAA's first commercial uncrewed cargo aircraft certification, also depend on crewed aviation management modernizing in parallel. SMART is one piece of that larger puzzle.

DroneXL Analysis

A note on the record — including where the earlier prediction fell short. In April, this publication wrote that the FAA would designate a single prime contractor for SMART before the end of Q3 2026 (rather than splitting the contract), and that the winner would be either Palantir or ASI rather than the legacy incumbent Thales. The contract was announced in June, ahead of schedule, as a single prime award, and the winner was indeed ASI. Bedford also broke from the FAA's traditional procurement pattern, as anticipated. However, a separate prediction — that the winner would receive UTM-to-ATC integration authority within 18 months — did not materialize and is not part of this contract. That question remains open, and there is no reason to overstate the accuracy of the earlier forecast.

Here is what the celebratory press release leaves out: both ASI's own statement and industry reporting point to questions the FAA has not yet addressed publicly — no explanation of how an AI routing system clears safety certification before going live in the National Airspace System, and no detail on how controllers' current workflows are protected during a 12-to-24-month transition. "Move fast with an existing product" is a genuine advantage over NextGen-style gridlock, but it is also a phrase that deserves pause when the software in question is being embedded in safety-critical infrastructure that both commercial flights and future drone operations will depend on.

There is also a stakeholder being overlooked in the announcement. Every official quote praises the software for "reducing controller workload" — language that has historically served as a prelude to workforce reduction and automation disputes. Controller unions have a clear stake in how this system is rolled out, and treating that "efficiency" framing as politically neutral would be a mistake.

One vendor, one airspace, one point of accountability — that was the April prediction, and the FAA has now formally made that bet. The fall 2026 initial deployment will be the first real test. Watch that milestone closely, because the safety validation work behind it will tell you far more than the contract value alone. ASI must now prove that its "existing product" story can scale from a number in a pitch deck to the full National Airspace System — without compromising the gold-standard safety record everyone keeps citing.

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Sources: FAA Newsroom, Air Space Intelligence (PR Newswire), Reuters.

DroneXL uses automated tools to assist with research and data retrieval. All reporting and editorial commentary is written by Haye Kesteloo.

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