14 articles tagged with Performance
Why process sensitive documents on a server when you can do it in the browser? Dive into this 3,500-word masterclass on porting C++ libraries to WebAssembly and building a high-performance, private PDF compressor with Next.js.
Is your Flutter app dropping frames? This 4,000-word masterclass covers everything from RepaintBoundaries and Isolate management to the internal workings of the Impeller engine.
The browser is no longer single-threaded. With WebGPU, we can access the raw power of the GPU for general-purpose computing. In this 4,200-word deep dive, we build a fluid simulation in the browser using WGSL.
The JavaScript runtime wars are over. Or are they? In this exhaustive 5,000-word benchmark, we test HTTP throughput, WebSocket latency, Cold Start times, and SQLite performance across the big three.
The line between Frontend and Backend has vanished. In this 4,000-word analysis, we deconstruct RSCs, Streaming, Suspense, and the 'Waterfalls' problem. Learn how to architect Next.js apps without client-side bloat.
CSS-in-JS is great for DX but terrible for performance. Tailwind is fast but ugly. In this 4,000-word analysis, we explore the new wave of 'Zero-Runtime' libraries like StyleX and Panda CSS.
An in-depth analysis of Deno vs Node.js vs Bun performance, focusing on Deno Node.js compatibility 2026, memory usage, and execution speed. Read the ultimate runtime comparison.
Partial Pre-rendering is no longer experimental. In Next.js 16, it's the default. Learn how to combine static shells with dynamic holes for the ultimate user experience.
Tailwind CSS v4 is a total rewrite. It's faster, smaller, and removes the need for complex configuration files. Here is what you need to know.
From SWC to Turbopack, Rust has become the engine behind the fastest JS tools. Discover why performance-oriented systems languages are rewriting our workflows.
Flutter Web has come a long way. In 2026, the choice between CanvasKit and HTML renderers is more nuanced than ever. Here is how to optimize your app.
The debate over how to manage state has reached a new level. We compare the 'manual' approach of React's hooks with the 'automatic' efficiency of Signals.