Special ops general says autonomous systems are key to countering ‘gray-zone’ tactics

Stars and Stripes  |  Wyatt Olson

Army Brig. Gen. Michael Rose, commander of Special Operations Command Pacific, stated at the Indo-Pacific Irregular Warfare Symposium in Waikiki Beach, Hawaii, on August 20, 2026, that the United States military must deploy distributed networks of affordable autonomous systems to counter gray-zone coercion by adversaries. Rose emphasized that conventional military dominance alone is insufficient against state and non-state actors operating below the threshold of traditional warfare through asymmetric tactics such as maritime swarming and economic pressure.

This strategic shift addresses a paradox where American conventional superiority incentivizes competitors like China—whose commercial fishing vessels harass Philippine ships in the South China Sea—to exploit operational seams, ambiguity, and delayed attribution. Rather than viewing platforms like the MQ-9 Reaper drone, which has a range exceeding 1,000 miles, or Switchblade 600 loitering munitions strictly as strike weapons, Rose advocated integrating partner-operated sensor networks to immediately detect, document, and expose gray-zone activity, reshaping persistent competition.

Comment

Deploying autonomous sensor networks across the Indo-Pacific shifts platforms like the MQ-9 Reaper from tactical strike roles into persistent information operations nodes. The Philippine Coast Guard demonstrated the efficacy of this concept during its 2023 transparency campaign against Chinese Maritime Militia swarms near Second Thomas Shoal, where immediate imagery release neutralised plausible deniability. Integrating autonomous sensor feeds directly automates the intelligence-to-media pipeline, reducing the latency between militia incursions and public exposure by United States Indo-Pacific Command.

This automated intelligence pipeline alters the cost calculus for gray-zone actors by depriving Chinese maritime proxies of operational ambiguity before control over disputed features can be consolidated. When uncrewed surface vessels feed real-time telemetry into the Indo-Pacific Maritime Domain Awareness initiative, public attribution occurs faster than grey-hull ships can establish facts on the ground. Consequently, sensor mesh density near disputed features like Scarborough Shoal directly conditions the feasibility of sub-threshold coercion campaigns conducted by the People's Liberation Army Navy.

Strategic Question for Discussion

If automated sensor networks accelerate public attribution of maritime coercion around Second Thomas Shoal, does rapid exposure deter Chinese Maritime Militia incursions, or does it merely push gray-zone operations into covert cyber and electronic warfare domains?

The trajectory of maritime disputes in the South China Sea suggests that rapid public attribution alters adversary tactics rather than halting coercion outright. While transparency campaigns by the Philippine Coast Guard have elevated the political cost of physical swarming near Scarborough Shoal, grey-zone operations frequently adapt through non-kinetic spectrum interference and targeted cyber disruption against regional maritime sensors. My assessment is that persistent uncrewed surveillance will force a shift toward electronic warfare counter-measures designed to blind autonomous networks before physical incursions take place.

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