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Spatially reliable environments for real-time interaction
We produce spatially accurate digital environments designed to operate inside real-time engines and extended reality systems. These environments are built from measured reality and optimized to support interaction, navigation, and system logic without compromising scale or spatial coherence.
Our work is not focused on visual approximation, but on delivering environments that behave consistently under real-time constraints, where positional accuracy and structural continuity are required for user interaction.
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Built for real-time engines and XR pipelines
All environments are prepared for integration into real-time engines such as Unreal Engine and Unity, following constraints typical of XR and interactive applications:
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Consistent world scale and unit fidelity
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Clean topology suitable for real-time rendering
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Optimized LOD structures for performance control
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Predictable collision geometry for interaction and navigation
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Stable coordinate systems for multi-user or device-tracked experience
The result is an environment that can be deployed across VR, AR, MR, and desktop real-time applications without reinterpretation of spatial data.
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Use cases
Our digital environments support XR and interactive applications where spatial reliability is critical:
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Virtual and augmented reality experiences
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Interactive simulations and training environments
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Real-time exploration and navigation systems
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Location-based XR installations
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Multi-user and collaborative virtual spaces
These environments are suitable for both experiential and functional XR use cases, including professional, educational, and cultural contexts.
From measured reality to interactive space
We combine photogrammetry, LiDAR, and multi-scale acquisition to capture real locations with measurable accuracy. Assets are then structured and optimized specifically for interactive use, ensuring that geometry, textures, and spatial logic remain coherent once deployed in real-time systems.
This approach allows XR applications to rely on real-world environments not just as visual backdrops, but as functional spatial frameworks.
Why it matters
XR systems depend on trust in space. When environments are grounded in measurable reality, interaction behaves predictably, navigation is intuitive, and spatial logic remains consistent across devices and platforms.
By delivering environments that preserve real-world structure and scale, we reduce integration risk, improve user experience, and enable reuse of the same digital environment across multiple interactive applications.
XR Experiences in Real-Time Environments
These examples demonstrate how spatially accurate digital environments behave when deployed in real-time and XR systems, supporting navigation, interaction, and user presence.
1. Dolmen of Lácara – VR Experience
This VR experience is based on a spatially accurate digital twin of the Dolmen of Lácara, captured and reconstructed to preserve geometry, scale, and internal spatial relationships. The environment enables immersive exploration of the site while maintaining fidelity to the original structure for educational, cultural, and interpretive use.
2. Fortified Bunker – Interactive Assault Simulation
This experience uses a high-fidelity digital twin of a fortified bunker environment to simulate movement, visibility, and spatial constraints during an assault scenario. The environment is designed to support realistic navigation and interaction, allowing users to assess space, structure, and tactical conditions within a physically grounded virtual setting.