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The Army’s first AI-defined vehicle, seen live and explained by letting you operate it.
Case study / TITANThe U.S. Army's first AI-defined vehicle, seen live: how it arrives, how it opens, and how it turns a sky full of sensors into one picture. Can a system as dense as TITAN be explained by letting you operate it?
- Studio
- Exe.Eyes Labs
- Subject
- Palantir TITAN
- Services
- Concept · Art Direction · 3D Design · Creative Development · Sound
- Built with
- Three.js · GLSL · Web Audio · Custom Coded
- Year
- 2026
01The Vehicle
Arrive, Walkaround, Deploy, Enter
A truck modelled from Palantir's photograph. Drag to turn it and pick a part on the truck or in the list. Collection and processing run on the move; parking adds reach: the stairs come down, the shelter opens, the mast goes up, the downlink locks on. Inside, two operator positions and three screens.
02One Picture
Space, Fuse, Decide
131 satellites, each on its own orbit, computed live in your browser: real altitudes and inclinations, fictional satellites. Four ways of seeing, one track: a constant-velocity Kalman filter runs live, and each report carries its sensor's own uncertainty. Switch a source off and watch the uncertainty grow. Hours, minutes, seconds. The picture ends at a decision. A person makes it.
Selected screensA concept by Exe.Eyes Labs. Not affiliated. Palantir and TITAN are trademarks of their respective owners. All operating-picture data is fictional, and the picture stops at detection and decision support. Field photos: U.S. Army, and Shawn Nesaw via DVIDS (public domain).
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