3D Geometry

The engine combines real-time coordinate transformations with dynamic shaders, allowing digital spaces to react, morph, and voxelize in response to the physical presence of the audience.

The engine supports Physically-Based Rendering (PBR) for realistic implementation of materials and lighting effects.

Procedural geometry expands possibilities by enabling real-time generation of 3D content, offering flexibility for dynamic and customizable 3D environments and objects within the engine.

Volumetric objects represent three-dimensional structures with internal substance, unlike traditional models based on surface properties, offering an additional degree of immersion and allowing integration of 3D objects with deeper details.

The STD.DEV Extended Reality Engine enables the creation of high-quality, immersive digital experiences through efficient and realistic handling of 3D geometry.

STD.DEV crafts immersive, living digital environments by unifying standard GLTF assets, procedural landscapes, volumetric fluids, and interactive typography into a seamless spatial experience.

The combination of real-time coordinate transformations and dynamic shaders enables digital spaces to react, morph, and voxelize in direct response to the physical presence of the audience.

The engine's internal structure is based on the GLTF standard for handling scenes, nodes, buffers, meshes, and textures, and it supports PBR for realistic material and lighting effects.

STD.DEV transforms abstract mathematics and code into tactile, unforgettable sensory experiences across WebXR by enabling digital spaces to react to the physical presence of the audience.