SPATIAL
WEB
REALITY
INTERACTIVE WEBGL AND THREE.JS IMPLEMENTATIONS. THAT TURN STANDARD WEBSITES INTO ENGAGING, SPATIAL DIGITAL JOURNEYS.
DEPTH PERCEPTION
/// MODE: IMMERSIVE_VIEW
RENDER MODULES
WebGL Architecture
HIGH-PERFORMANCE THREE.JS SCENE GRAPHS OPTIMIZED FOR REACT APPLICATIONS USING FIBER AND DREI ECOSYSTEMS.
Shader Synthesis
CUSTOM GLSL SHADER PROGRAMMING FOR UNIQUE VISUAL EFFECTS, FLUID SIMULATIONS, AND REACTIVE PARTICLES.
Asset Optimization
ADVANCED GEOMETRY COMPRESSION AND TEXTURE ATLASING PIPELINES TO ENSURE SUB-SECOND LOAD TIMES FOR 3D ASSETS.
Spatial Interfaces
DIEGETIC UI COMPONENTS EMBEDDED WITHIN 3D SPACE, CREATING SEAMLESS TRANSITIONS BETWEEN CONTENT AND ENVIRONMENT.
Physics & Interaction
REAL-TIME PHYSICS SIMULATIONS AND RAYCASTING INTERACTION MODELS FOR TACTILE, RESPONSIVE DIGITAL OBJECTS.
XR Integration
IMMERSIVE AUGMENTED AND VIRTUAL REALITY EXPERIENCES ACCESSIBLE DIRECTLY THROUGH THE BROWSER via WEBXR.
BUILD PIPELINE
GEOMETRIC PROTOTYPING
BLOCKING OUT SPATIAL COMPOSITIONS AND LIGHTING SETUPS TO ESTABLISH SCALE, MOOD, AND CAMERA MOVEMENT.
TECHNICAL STAGING
IMPLEMENTING THE LOGIC LAYER. WIRING UP REACT THREE FIBER COMPONENTS, STATE MANAGEMENT, AND INTERACTION HANDLERS.
PERFORMANCE CALIBRATION
RIGOROUS FRAME-RATE OPTIMIZATION. REDUCING DRAW CALLS, BAKING LIGHTMAPS, AND TUNING POST-PROCESSING.
STACK ARCHITECTURE
SCENE SPECS
- TARGET FPS60 FPS LOCKED
- TEXTURE FORMATWEBP / KTX2
- LIGHTINGPBR WORKFLOW
- POST-PROCESSBLOOM + GRAIN
FAQ DATABASE
NOT IF OPTIMIZED CORRECTLY. WE USE 'LAZY LOADING', DRACO COMPRESSION (REDUCING FILE SIZES BY UP TO 90%), AND TEXTURE STREAMING TO ENSURE THE EXPERIENCE LOADS AS FAST AS A STANDARD 2D SITE.