WebGL works almost everywhere, WebGPU is faster but not supported by every browser. We usually take Three.js and enable WebGPU where available, with a WebGL fallback.

Will the scene work on a phone?

Yes. We set weight and frame-rate targets from the start and profile the scene (measure where time goes) instead of judging by eye.

Can we use our existing models?

Yes. We accept models from Blender and other editors, convert them to glTF, compress and optimize them for the web.

3D web application development

3D scenes, configurators and visualizations that open right in the browser, with nothing to install.

Tasks we solve

Interactive 3D scenes for a website: rotation, zoom, scroll-driven animation.
Product configurators: changing materials, colors and parts in real time.
Data and model visualization: diagrams, floor plans, technical objects.
Loading and optimizing glTF models, texture compression, memory management.
Custom shaders (small programs for the GPU) for effects that off-the-shelf libraries lack.

Technologies

WebGL
WebGPU
Three.js
glTF
GLSL/WGSL

How the work goes

Task review
We clarify what the scene must do, which devices it must run on and what weight and frame-rate budget is acceptable.
Prototype
In a short time we assemble a working scene on draft models so you can see behavior and controls before the main work.
Development
We plug in the final models, write shaders and logic, and optimize loading and performance on weak devices.
Launch and support
We embed it into your site, test in different browsers, hand over source code and documentation, and support it if needed.

Example from practice

Coal Heater: an isometric kitchen mini-game

An isometric kitchen on a 404 page: light the coals without starting a fire. Heat, fire, water and shadows are calculated in the game itself.

Canvas 2D
Isometric rendering
Dynamic lighting
Pointer Events

Learn more →