Transform your ideas into generative patterns and high-quality exports. From algorithm to artifact - create swag that tells your story.
Traditional textile design relies on static patterns. Our computational approach creates living designs that respond to sound, evolve over time, and adapt to manufacturing constraints automatically.
Your patterns printed on premium products. Mugs, totes, socks, and more.
11oz ceramic with your custom patterns
20oz stainless steel, keeps drinks perfect
Comfy cotton blend with your designs
Durable canvas with your unique patterns
Premium cotton blend with your art
Professional rackets with your patterns
Three simple steps to get your generative merch
Use our studio to create unique algorithmic patterns
See real-time mockups on mugs, socks, scarves, and more
We print and ship worldwide using sustainable materials
Discover the most popular computational designs from our community
Responsive dot matrix that pulses with audio frequency. Perfect for music visualizations.
Dynamic weave that responds to musical rhythm. Thread density adjusts to beat frequency.
Classic herringbone with modern color variations. Optimized for textile production.
Meet the artists pushing the boundaries of computational design
The real-time audio analysis lets me create patterns that actually dance with the music. It's like synesthesia for textiles.
I love how traditional weave structures meet algorithmic generation. My grandmother's techniques, but completely new possibilities.
Being able to export production-ready files directly from the browser has revolutionized our workflow. No more conversion headaches.
Computational weaving bridges my digital design practice with traditional Japanese textile methods. It's a perfect fusion.
Creating visual patterns from sound frequencies opens up entirely new dimensions for audiovisual art installations.
The precision of algorithmic control combined with organic textile feel creates textures impossible through traditional methods.
Advanced tools for computational creativity
p5.js WebGL renderer with 60fps performance. Hardware-accelerated thread physics and lighting calculations.
Traditional textile structures implemented as mathematical functions. Authentic lifting patterns with configurable thread counts.
Web Audio API integration with frequency domain analysis. Customizable sensitivity and band-pass filtering.
Computer vision algorithms for dominant color detection. Regional sampling and palette optimization.
4K resolution export with print-optimized color profiles. Direct integration with textile production systems.
Touch-optimized interface with gesture controls. Adaptive grid layouts and performance scaling.
Join our community of computational designers. No installation required, runs in your browser.