Case Study / Creative Technology Prototype

AIR

An active WebGL experiment that makes invisible physics feel visible. AIR uses living particle typography, scroll-directed environmental chapters, pointer-driven motion, and shader-led atmosphere to turn a still-in-progress site into a credible proof of technical direction.

Download Architecture Report Live Site Locked
Prohibited Area / Active Build
WebGLRealtime Canvas
GLSLShader System
WIPLaunch Locked

The Prototype Challenge

AIR needed to show technical craft before the full public site was finished. Instead of hiding the work until launch, the case study frames the current build honestly as an active prototype with a strong visual and interaction foundation.

The experience asks a simple question: what if air could be treated as a visible design material? The answer is a scroll-led system of particles, atmosphere, turbulence, elemental simulations, and performance-aware rendering.

Living Identity

The opening field forms the word AIR from particles that drift, scatter, and return, making the brand itself part of the physics system.

Elemental Chapters

Air, water, fire, ice, and storm states give the unfinished site a complete-feeling narrative backbone.

Performance Posture

Adaptive quality controls, particle budgeting, and graceful fallbacks keep the creative ambition grounded in browser reality.

System Highlights

  • Realtime rendering: Three.js scenes, custom GLSL shaders, dense particle fields, and atmospheric transitions.
  • Interaction model: pointer-driven physics, scroll-linked chapter states, and camera movement tied to narrative progression.
  • Motion stack: GSAP ScrollTrigger and Lenis smooth scrolling coordinate environmental changes and copy reveals.
  • Launch honesty: the public URL is intentionally locked until content, imagery, QA, and final brand refinement are complete.
Launch Access
Prohibited Area

The live site remains locked while the prototype moves through content completion, production hardening, and launch validation.