Pokémon Go Scans Now Help Guide Military Drones

Niantic trained its spatial AI on billions of Pokémon Go player scans. That tech now helps military drones navigate without GPS. What it means for you.

5 min readEAEvgenii ArsentevEvgenii Arsentev · PhD

Spatial-AI technology trained partly on Pokémon Go players' real-world scans is now being used to help military drones navigate when GPS is unavailable. Niantic Spatial, the geospatial spin-off of the company behind Pokémon Go, announced a partnership in December 2025 with Vantor, a US defense-intelligence firm that builds drone spatial-detection software.

Here's the chain. Back in 2021, Niantic added in-game incentives that rewarded players for pointing their phones at streets, buildings, parks and trees. Millions of users did it, generating billions of visual mapping data points. Those scans helped train Niantic's foundation models — including a Visual Positioning System that lets a camera figure out exactly where it is from what it sees, no satellite signal needed. Niantic stresses the raw scans weren't handed to a contractor: the player data trained the underlying models, and it's those models that are now being combined with Vantor's Raptor software and two decades of the firm's 3D satellite terrain data.

The stated goal is "GPS-denial" operations — places where signals are jammed, spoofed or interfered with. Niantic and Vantor claim the combined system cuts navigation error by up to 70 percent and lands accuracy around 1.5 meters. For context on the money involved, Vantor won a US Army contract worth up to $217 million in February 2026 for a program called One World Terrain. Niantic itself had already sold its games division to Scopely for $3.5 billion in March 2025, which is part of why the company leaned into spatial AI.

The part that should give you pause

Niantic Spatial says the scans were "submitted voluntarily by players who opted into the feature and were covered by the privacy and terms-of-service policies." That's technically true and also the whole point. When you opted in to a fun AR feature in a game, you almost certainly weren't picturing drone navigation in contested airspace. Nobody lied to you — the use case simply traveled much further than the moment you tapped "allow."

This is the real lesson, and it has nothing to do with games. Data you give away for one small convenience can become training fuel for something completely different, because it gets baked into a model that outlives the app and the consent screen. You can't un-train a model. Once your scans are part of the weights, they're not coming back, and the company that owns the model decides where it goes next.

I'm not telling you to delete every app — I scan QR codes and use AR like everyone else. But this story is a clean example of why "it's just a game" is the wrong frame for permissions. The question isn't whether the company is evil today; it's where your data can end up once it's no longer yours to control.

What I'd actually do

Treat camera, microphone and location permissions as the high-value ones they are. Before you opt into any feature that uploads your surroundings — AR scanning, "help improve our maps," 3D capture — assume that data can outlive the app and be reused for things you'd never sign up for. Grant camera/location "while using the app," not "always"; skip the optional scanning rewards unless you genuinely want the feature; and once a year, open your phone's privacy settings and revoke permissions for apps you no longer use. You can't pull data back later — the only real control is the moment before you tap allow.

#niantic#spatial-ai#drones#privacy
EAEvgenii Arsentev

Author

Evgenii Arsentev

PhD · Chief Product Officer at a healthtech company

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Source: the-decoder.com