Technology
Why this is possible, and how it differs from traditional 3D rendering and display technologies. Built for enterprise deployments today and consumer systems tomorrow.
Reality generation is not 3D rendering. It is not display technology. It is the organization of light in space to create visible reality.
This requires new approaches to optics, computation, and content. Approaches that prioritize light field generation over pixel rendering, spatial presence over screen fidelity.
Platform Architecture
Optical Layer
The optical layer generates light fields in space. This involves precise control of light emission, direction, and distribution to create depth and parallax.
Unlike displays that emit light from fixed pixel positions, the optical layer organizes light to create multi-viewpoint distributions. This enables natural depth perception and viewing angle independence. Our holographic imaging systems achieve true light field generation with 3D depth of field ranging from 5-60mm.
The system coordinates multiple optical elements to generate coherent light fields that appear as reality to human vision. This requires strategic engineering trade-offs—sacrificing resolution to approximately 30% of traditional displays in exchange for true spatial depth and multi-viewpoint viewing within the light field range.
Runtime Layer
The runtime layer ensures continuity and presence. It manages viewpoint tracking, prediction, and adaptive rendering to maintain stable reality generation as observers move.
For single-person viewing scenarios, the runtime combines eye tracking with true light field (multi-viewpoint) generation. By buffering content within the viewpoint jump range, the system compensates for the inevitable jumps caused by eye tracking, resulting in smoother visual effects and more natural perception.
This layer bridges perception and computation. It predicts viewing angles, adjusts light field generation in real-time, and ensures that reality remains coherent without lag or drift. The runtime operates at low latency, prioritizing presence over fidelity.
Content Layer
The content layer adapts to spatial reality. Content is structured not as screen assets, but as spatial primitives that define how light should be organized.
This includes formats, specifications, and authoring approaches that are native to reality generation. Content created for screens must be transformed; content created for space is native.
The content layer ensures that experiences built on the platform leverage reality generation capabilities rather than being constrained by screen-based limitations.
Engineering Philosophy
Reality generation requires different engineering priorities than traditional display or rendering systems. We prioritize presence over pixels, continuity over complexity, and light over computation.
This means making strategic trade-offs. We sacrifice resolution to approximately 30% of traditional displays in exchange for true spatial depth (5-60mm depth of field) and multi-viewpoint viewing within the light field range. Simpler rendering in favor of stability. Less computation in favor of natural perception.
The goal is not to match screen fidelity. The goal is to generate reality that feels natural, stable, and present. This requires engineering discipline and clear priorities. Years of research into light field displays have taught us that these trade-offs are necessary and worthwhile.
We build for reality generation, not for comparison with existing technologies. The platform is designed from first principles: how light works, how vision works, how reality becomes visible.
Technical Approach
The platform combines optical engineering, computational systems, and content pipelines. Each component is optimized for reality generation rather than adapted from existing technologies.
We work with partners who understand the requirements: optical engineers, computational specialists, and content creators who see the potential of reality generation.
For detailed technical specifications, integration guides, or partnership discussions, please contact us.