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The U.S. AutoWarCom and the Institutionalisation of Autonomous Warfare
Recently, on September 30, 2026, Pete Hegseth, US Secretary of War, during a speech at Marine Corps Base Quantico, announced the establishment of the Autonomous Warfare Command, or “AutoWarCom”.
Illustration by The Geostrata
In a way, the announcement marked an institutional pivot in modern military affairs. By establishing a dedicated four-star command equipped with “service-like authorities", the U.S. Department of War is restructuring its forces to overcome modern military predicaments.
These predicaments include severe technical, structural, and procurement bottlenecks that have hindered the rapid deployment of low-cost, high-volume autonomous systems.
For decades after the Cold War, the majority of Western military doctrines depended on a small number of high-cost and exquisite platforms, which included stealth fighters, supercarriers, and heavy armours.
The proliferation of cheap loitering munitions, computer-vision targeting, and massed drone swarms in contemporary conflicts has fundamentally inverted the cost-exchange ratio. A multi-million-dollar interceptor missile fired by an air defence system cannot sustainably counter waves of attritable drones costing a fraction of that price.
The examples can be seen in the Russia-Ukraine conflict and in Israel’s fight with Hamas.
The AutoWarCom model marks a paradigm shift from legacy military procurement where it is replacing high-cost platforms with software-driven, attritable autonomous systems.
Instead of relying on centralised Pentagon bureaucracies and multi-decade acquisition cycles, this framework decentralises authority through “warfighting acquisition.” It pushes the decision-making and funding directly to frontline operators.
Structurally, when we look at the system, it elevates autonomous commercial entrepreneurs and defence-technological combatant command with service-like authorities. It further institutionalises human capital by establishing dedicated Military Occupational Speciality (MOS) career fields.
This replaces ad-hoc assignments and enables continuous, frontline-driven hardware and software iteration loops.
The Pentagon launched Project Agincourt as an operational transition mechanism that will pave the way for the full establishment of AutoWarCom under a 4-star combatant commander.
Project Agincourt is designed to prototype an accelerated model of acquisition.
Traditional military acquisition demands rigid, multi-year requirement specifications that are obsolete by the time systems reach the field.
Project Agincourt bypasses this by linking operational units directly with commercial entrepreneurs, defence-tech startups, and software engineers.
The AutoWarCom establishes a dual commercial-warfighter leadership structure where DIU Director Owen West (who will focus on strategic risk, resources, and industrial scale) has been paired with Navy SEAL Senior Chief Max Strasiser (who will focus on tactical realities and combat employment).
Drones and autonomous systems have historically been treated as supplementing elements assigned to personnel trained for conventional roles. AutoWarCom will introduce dedicated Military Occupational Speciality (MOS) structures across all service branches.
This MOS will create formalised career pathways, specialised training pipelines, and promotion tracks. This will ensure that the US armed forces retain technical talent, software developers, and robotic tacticians.
The setup of AutoWarCom can be attributed to the lessons learned from the battlefield in Eastern Europe. In June 2024, Ukraine became the first country in history to establish an independent branch of its military, which was entirely dedicated to autonomous platforms.
The Unmanned Systems Forces (USF), as it is being called, proved to be tactical genius. Ukraine recognised that integrating drones piecemeal across conventional infantry and artillery units creates severe command bottlenecks along with hindering technological iteration.
The USF integrated aerial strike drones, uncrewed surface vessels (USVs), and ground robotic vehicles under a single command structure. This led to Ukraine achieving critical operational breakthroughs. The unified approach enabled sea drones to neutralize major surface units of Russia’s Black Sea Fleet without Ukraine possessing a large conventional navy.
The USF further established centralized coordination hubs for long-range, autonomous deep strikes. These centres systematically planned and executed synchronised attacks against high-value airfields hundreds of kilometres behind enemy lines.
To conserve expensive surface-to-air missiles, the USF pioneered systematic interceptor drone networks. Ukraine established a repeatable air defence model on thfavourablele side of the cost curve. It used specialised, low-cost First-Person View (FPV) and fixed-wing drones to destroy incoming strike drones mid-flight.
Victory in modern autonomous warfare depends heavily on institutional architecture that is capable of updating software, electronic warfare counters, and tactical doctrine faster than that of an opponent.
For India, the formalisation of AutoWarCom in the United States and the operational record of Ukraine’s Unmanned Systems Forces offer critical lessons.
India must work on updating its autonomous warfare doctrine.
To transform its capabilities, New Delhi should focus on following four practical imperatives. First, the specialised establishment of a Tri-Service Joint Autonomous Warfare Command (JAWC).
India cannot afford a fragmented approach where the Army, Navy, and Air Force independently procure incompatible drone systems. It must grant JAWC independent procurement budgets, service-like force generation authorities, and specialised operational testing wings.
Commenting on this development, Lieutenant General Raj Shukla (Retd.), former GOC-in-C of the Army Training Command, wrote on X (formerly Twitter), “We must do likewise - 4-star for autonomous command as part/ precursor to Theatre Commands.”
Second, there is a need to overhaul India’s Defence Acquisition Policy (DAP). The DAP remains geared toward static, multi-year procurement cycles for heavy hardware. Software-defined autonomous systems evolve far too quickly for this framework.
Third, India must build a dedicated military career cadre of drone operators. Currently, drone operators across the Indian Armed Forces are often drawn from conventional arms and rotated out after short assignments, eroding institutional knowledge. India must introduce dedicated autonomous warfare career streams.
Finally, India must secure domestic component sovereignty. Atmanirbhar Hardware is a necessity rather than a slogan. Assembling drones locally using imported components leaves the military vulnerable to supply chokepoints during conflict.
India currently relies heavily on foreign supply chains for flight controllers, electric motors, optical sensors, and battery cells.
The establishment of AutoWarCom demonstrates that future military dominance belongs to forces that adapt at the speed of software.
For nations like India, institutionalising autonomous components of warfare is no longer optional. It is the ultimate prerequisite for modern deterrence and victory.
BY DARSHAN GAJJAR
Assistant Professor of Politics and International Relations
The CVM University & Director, Research Pillars
TEAM GEOSTRATA
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