Ukraine’s robot operators now kill for ‘e-points.’ Is the future of war a game?
The US military needs to adapt to modern warfareUSAF/Getty Images
What makes Ukraine’s system interesting, and practically consequential, is the way it distributes agency. A UGV mission is not performed by a soldier or a robot, but by a network: the operator watching a video feed, the encoder compressing that feed under bandwidth constraints that determine whether the latency is tolerable or fatal, the repair crew, the procurement pipeline, the verification interface that converts the mission into a data object, the points system that converts the data object into future capability.
The human is present throughout this chain and is, in some sense, responsible for it. However, responsibility, in this architecture, is not the same as when a soldier carries ammunition through a kill zone but is cast as clicking, uploading, or watching a screen.
This practice is not unique to Ukraine. Mediated violence is familiar from drone programs and earlier remote weapons systems. What Ukraine has done is extend the logic farther into the supply chain, the metrics, and the incentive design, making explicit what other militaries have left tacit. The gamification is structural. The state is acknowledging, through the design of the e-points system, that it understands its soldiers as participants in a platform, and it is engineering their behavior accordingly.
Us or them
The Ukrainian government is aware of the genuine tension in this design. Goodhart’s law holds that when a measure becomes a target, it ceases to be a good measure. If points are awarded for confirmed hits, soldiers will pursue confirmed hits. Ukraine’s system tries to counteract this by assigning points also for evacuation missions, for the lifesaving work that does not produce the bright flash of verification. Whether this framework works, whether the incentive categories actually reshape behavior or merely sit alongside it, is an empirical question.
By early 2026, seven UGV models from six Ukrainian manufacturers were available for direct order through the DOT-Chain Defence marketplace. Foreign platforms have entered the ecosystem too: Estonian-built THeMIS vehicles, first delivered in 2022, were absorbed into Ukraine’s logistics environment alongside the domestically produced systems. NATO was also watching. Its UNITE initiative, announced in late 2025, proposed to scale prototyped battlefield innovations among alliance members, with unmanned ground systems explicitly named as a future focus.
Ukraine’s particular answer to a particular problem — how to fight at scale under conditions of acute manpower constraint — is becoming a transmissible model. The rapid iteration, the platform-mediated procurement, the tight loop between battlefield data and design revision are not incidental features of Ukraine’s approach. Other militaries, in more comfortable circumstances, studying this from a distance, may conclude that they want something like it.
What they would be acquiring is a way of knowing, a way of governing through metrics and incentives and interfaces, that treats war as a system to be optimized. The appeal is obvious. Systems can be improved. Metrics can be refined. Platforms can be updated. The facts that cannot be put into the system — the exhaustion, the fog — remain outside the data. They do not affect the point calculations. They do not appear in the quarterly mission totals, which continue to rise.
In March 2026, the machines completed 9,000 missions. The ministry reported this statistic as progress. It was surely also something else, something that does not yet have a name.
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