US Army bets on FASCOM to speed autonomy and unmanned acquisition

Key facts

• US Army created Futures and Autonomous Systems Command (FASCOM) to streamline autonomy and unmanned acquisition
• FASCOM is acquisition-led and may align as a service component under the new Autonomous Warfare Command
• Near-term US “autonomy” emphasis remains human-in-the-loop AI assistance; funding and feedback loops are key execution risks

3 minute read

The US Army has announced the creation of a Futures and Autonomous Systems Command (FASCOM), a new organisation intended to streamline acquisition and fielding of unmanned systems and autonomy-enabled capabilities. The announcement came immediately after US Defense Secretary Pete Hegseth unveiled a new Autonomous Warfare Command, indicating an effort to elevate autonomous warfare from a set of initiatives and working groups into a standing command construct with enduring budgetary and organisational weight. Acting Army Secretary Adam Telle framed the decision as a deliberate break with “bureaucratic inertia” that has slowed modernisation.

FASCOM is positioned as a corrective to the Army Futures Command model, which—despite an attempt to repair the requirements process—was led by four-star operational leadership while final acquisition decisions remained concentrated at the Pentagon. The new construct will be led by an acquisition executive, reducing the distance between requirements generation and procurement authority and potentially allowing the Army to act more coherently as a service component within the new Autonomous Warfare Command. Commentators cited in the source describe the underlying diagnosis as institutional: too many Pentagon entities pursuing autonomy in parallel, at times at cross purposes, including the Defense Innovation Unit, service-level acquisition executives, and the Defense Autonomous Warfare Group.

The article also narrows the practical definition of “autonomy” currently being pursued. US emphasis is described as human-supervised AI assistance—target identification, navigation, and decision support—rather than fully autonomous target engagement. Ukraine is presented as an operational test bed for AI-enabled targeting and intelligence workflows, while Russian use is alleged to include more autonomous behaviours, inferred from drones without communications links and with onboard processing hardware, though with poor accuracy and possible civilian harm. This framing suggests the US is seeking scalable autonomy under tighter command-and-control and compliance constraints, rather than a near-term shift to unsupervised lethal decision-making.

Implementation hinges on resourcing and on retaining rapid feedback loops. The Army memo reportedly directs the operations chief to determine manning implications for units adopting autonomous capabilities and to designate a Portfolio Acquisition Executive for autonomy. The source highlights tension between acquisition-led governance and the need for strong operational ownership, and points to the Army’s “Continuous Transformation” approach—bringing vendors into field exercises—as an analogue to Ukraine’s direct manufacturer-to-unit iteration cycle. Funding is identified as a gating factor: absent additional near-term appropriations, the Army may not align budgets until FY2028.

For Europe, the implication is a likely acceleration of US procurement tempo for unmanned and autonomy-enabled systems, with knock-on effects for NATO interoperability and standards-setting in human-machine teaming, assurance, and rules of engagement. A more centralised US autonomy acquisition architecture may also influence transatlantic industrial competition for components, software talent, and production capacity, and could raise expectations for European forces to field compatible autonomous capabilities on compressed timelines.

Source: Defense One