The U.S. Army is taking a closer look at artificial intelligence-powered drone swarms, and a newly announced contract suggests it wants systems that can keep operating even when communications are disrupted or completely cut off.
Palladyne AI announced that it has been awarded two contracts under the Army’s Disruptive Applications program to further develop and validate its SwarmOS autonomy platform and Gremlin-X unmanned aerial vehicle. The company says the technology will be tested directly with Army personnel during a series of exercises involving the 4th Infantry Division in Colorado and California.
What makes the announcement interesting is not necessarily the contract itself, but the broader direction of military technology. Modern battlefields increasingly rely on drones, and those drones are often vulnerable to jamming, spoofing, and other forms of electronic warfare. A swarm that can continue operating despite degraded communications could provide a significant advantage.
According to Palladyne AI, SwarmOS is designed to allow a single operator to control multiple autonomous systems from different manufacturers at the same time. Rather than depending on centralized infrastructure, the software runs on edge hardware and is intended to function in environments where communications are unreliable or unavailable.
The company will also demonstrate Gremlin-X, a reusable loitering munition. Unlike traditional one-way attack drones that are destroyed during a mission, Gremlin-X is designed to return after completing its objective, potentially reducing operational costs. Palladyne AI says the platform can deliver munitions with precision while operating in denied, degraded, intermittent, and limited communications environments.
One notable aspect of the program is the Army’s use of ATAK, short for Android Team Awareness Kit. The military command-and-control platform is already widely deployed, and Palladyne AI says SwarmOS will be evaluated on Army-specified systems through that interface.
The company is also planning demonstrations at Northern Strike 26-2, a large-scale military exercise involving thousands of participants. Those events will give Army personnel an opportunity to test the technology in realistic operational scenarios.
Of course, it is important to remember that this remains a testing and validation effort. Palladyne AI did not disclose the value of the contracts, and there is no guarantee the technology will eventually become a formal Army procurement program. Still, the announcement offers another glimpse into how military organizations are exploring AI-powered autonomy, particularly as electronic warfare becomes an increasingly important factor in modern conflicts.
If nothing else, the Army’s interest suggests that future drone operations may involve fewer individual pilots and more intelligent swarms capable of coordinating their actions even when traditional communications systems are under attack.
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