Death by 1000 Draw Calls: WebGL Post-Processing That Doesn't Melt the GPU
High-fidelity visuals shouldn't turn a user's smartphone into a space heater. Here is how we build performant post-processing pipelines that actually respect thermal limits.
High-fidelity visuals shouldn't turn a user's smartphone into a space heater. Here is how we build performant post-processing pipelines that actually respect thermal limits.
Stop chaining full-screen passes like they're free. Real-world post-processing requires brutal optimization, not just more shaders.
Most post-processing pipelines are energy vampires. We break down how to stop burning mobile batteries without sacrificing your visual fidelity.
Pure #000000 is a trap. If your dark mode feels like a jarring void, you are likely ignoring the physics of human vision and display contrast ratios.
WebGL isn't just about math; it's about the physical and mental toll of managing a 16.6ms frame budget. Here is how we stopped fighting the hardware.
Modern design systems treat grids as suggestion, not law. We forgot the rigorous mathematics of the pixel-grid, and our typography is suffering for it.
Five years of chasing 60fps taught me that the biggest bottleneck isn't the GPU—it's how we structure our cognitive load.
Most web experiences are deaf. If you're building interactive 3D, you're missing half the immersion by ignoring the spatial audio stack.
Scroll-triggered animations aren't a personality trait. If your editorial experience doesn't honor the reader's cognitive load, you aren't building a story—you're building a bounce rate.