BK®← Selected work

CASE STUDY / Open source

Tauri + React Three Fiber Starter

A compact, reusable foundation for building desktop 3D experiences with Tauri, React Three Fiber and Vite.

Year
2024
Role
Architecture · Frontend · Desktop
Stack
Tauri · Rust · React · React Three Fiber · Vite

The starting-point problem

Desktop 3D experiments often begin with the same integration work: connect a web renderer to a native shell, establish a predictable development loop and decide how the scene, interface and desktop boundary should fit together. That setup can consume the time that should be spent testing the actual interaction.

This starter packages that foundation into a small, inspectable codebase. Its purpose is not to hide the stack behind a framework; it is to provide a clear first working state that can be changed without fighting the template.

Architecture

The application uses Tauri as the lightweight desktop shell, React for the interface layer and React Three Fiber for declarative 3D scene composition. Vite keeps the feedback loop fast while Rust remains available at the native boundary when a project needs operating-system capabilities.

The separation is deliberate:

  • Scene concerns remain inside the React Three Fiber tree.
  • Product UI can evolve as ordinary React components.
  • Native responsibilities stay behind Tauri commands instead of leaking into interface code.
  • The starter remains small enough to understand before extending it.

What it enables

The repository is intended as a launchpad for interactive product visualizers, spatial tools, lightweight desktop simulations and other prototypes where a browser-only deployment is not the final target.

Rather than prescribing a complete application architecture, it establishes the risky integration boundary early. A developer can confirm that the desktop shell, render loop and frontend toolchain work together before investing in domain-specific features.

Next iterations

Future extensions can add typed Tauri commands, asset-loading conventions, scene-state persistence and packaging profiles as real projects demand them. Those additions should remain optional so the starter stays useful as a beginning rather than becoming another framework to remove.