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, no async/defer) -->True AGI – Artificial General Intelligence - requires more than abstract reasoning — it must understand and interact with the physical world. This ability is known as Spatial Intelligence.
Immersity turns everyday devices into stereo-capture nodes, enabling billions of users to naturally generate real-world spatial content at scale.
Today, however, AI lacks a vast and diverse real-world spatial dataset for this Spatial Intelligence.
Synthetic data alone isn’t enough. As Immersity transforms everyday devices into stereo capture engines, it seamlessly collects spatial data while delivering stunning immersive experiences.
With billions of devices already in users’ hands, each becomes an active capture node — turning everyday interactions into the foundation of Spatial Intelligence.
Immersity bridges the gap between today’s devices and tomorrow’s true intelligence.
Immersity transforms everyday devices into immersive, spatially aware interfaces. By doing so, it unlocks the data, experiences, and intelligence needed for the next generation of AI.
AI can’t understand the physical world without large-scale spatial data — and today that stereo-captured dataset barely exists. Immersity turns everyday devices into stereo-capture nodes, enabling billions of users to naturally generate real-world spatial content at scale. This creates the missing foundation AI needs to learn how the world truly works.
With richer spatial data, AI systems can move beyond flat perception and build accurate models of space, depth, materials, and physical behavior. Immersity provides stereo data with real-world cues, allowing Global Tech Platforms to train AI that reasons more safely, reacts more intelligently, and understands the world the way humans do.
By enabling stereo-capture and spatial viewing on the devices people already own, Immersity accelerates spatial data growth instantly — no new hardware ecosystem required. This provides a dramatically faster path to Spatial Intelligence and AGI, years before AR or robotics can reach mass scale.