Unmanned Systems Reshape Naval and Air Warfare

Global Research published a June 15, 2026 article arguing that the "combat operational environment has undergone a radical and revolutionary transformation," citing the Russia-Ukraine War and the Iran-U.S.-Israel conflict as illustrative events. The piece attributes this to widespread use of low-cost, swarm-capable unmanned air, land, sea, and underwater vehicles, says many armed forces are shifting toward Armed Unmanned Aerial Vehicles (AUAV) and Unmanned Combat Aerial Vehicles (UCAV), and frames sixth-generation fighter concepts around a manned platform coordinating unmanned "loyal wingman" assets. It also argues future naval competition will hinge on underwater information dominance enabled by autonomous underwater networks.

That framing is contested. A U.S. Army War College War Room analysis (Layton Mandle, a War College postdoctoral fellow in emerging technology) examining the same Russia-Ukraine war concludes unmanned systems have "not fundamentally reshaped warfighting, nor impacted strategic outcomes," reporting that most FPV drone strikes occur only after tanks and other vehicles have already been disabled by mines or missiles, and that just 10-15% of vehicle losses are attributable to FPV drones. That analysis argues unmanned systems are an evolution of the existing "hider-finder" reconnaissance-strike competition, not a revolution, and that both Russia and Ukraine remain constrained mainly by manpower rather than drone supply. It concludes unmanned systems could become genuinely revolutionary only if militaries adopt full autonomy - a step the U.S. Department of Defense has so far resisted under its human-oversight policy (DoD Directive 3000.09).

Regardless of which framing is right, the underlying engineering demand is real: militaries on multiple sides are investing in multi-agent coordination algorithms, low-latency and jam-resistant communications, and sensor-fusion pipelines that work in contested or GPS-denied environments. Underwater autonomy in particular poses distinctive constraints - acoustic-limited bandwidth, long propagation delays, and no GPS - that push designs toward local autonomy, event-driven communication, and SLAM variants adapted for turbid, denied environments. Teams building autonomy stacks or hardened perception pipelines for other domains may find related defense applications for the same components.

Whether militaries actually move toward full battlefield autonomy despite current human-oversight policies (a step both the Global Research piece and the War College analysis identify as the real threshold for a genuine revolution); published demonstrations or procurement notices for autonomous underwater networks; and further independent, evidence-based assessments of drone effectiveness in ongoing conflicts, since single-outlet claims in either direction should be treated cautiously until corroborated.