TLDR:

React’s Context API removes prop drilling and enables clean dependency injection—but it can also introduce hidden coupling and expensive re-renders when it becomes “global state by accident.” This article explains when to use context, how to optimize it, how to pair useContext with useReducer, and how Feature-Sliced Design helps keep context scoped, explicit, and scalable.

TLDR:

This in-depth guide explores how to build a scalable and maintainable frontend state architecture using React state, Vue state, modern state management libraries (Redux, Zustand, MobX, Pinia), state patterns, and Feature-Sliced Design, helping teams avoid technical debt and scale confidently in production.

TLDR:

Remix rethinks frontend architecture by embracing web standards, progressive enhancement, and explicit data flow through loaders and actions. When combined with Feature-Sliced Design, it provides a scalable, maintainable foundation for building large, resilient web applications with clear boundaries and long-term stability.

TLDR:

React state scales when you treat it as an architectural concern, not a hook choice. This guide shows how to classify state (local, shared, entity, server), apply useState and useReducer for predictable UI flows, use Context without triggering re-render cascades, and decide when Redux or Zustand is worth the trade-off—then place it all cleanly with Feature-Sliced Design.

TLDR:

Astro Islands introduce a modern approach to frontend performance by rendering static HTML by default and hydrating only what truly needs interactivity. Combined with Feature-Sliced Design, this architecture enables scalable, maintainable, and high-performance web applications built for long-term growth.

TLDR:

This in-depth guide explores how to build a scalable and maintainable frontend state architecture using React state, Vue state, modern state management libraries (Redux, Zustand, MobX, Pinia), state patterns, and Feature-Sliced Design, helping teams avoid technical debt and scale confidently in production.

TLDR:

This article explores how to build modern, scalable applications with NuxtJS by leveraging Nuxt 3’s core features such as server-side rendering, data fetching, the Nitro server engine, and auto-imports. It also introduces Feature-Sliced Design as a robust architectural methodology to structure large Nuxt projects around business features, reduce technical debt, and improve long-term maintainability.

TLDR:

esbuild reaches compiler-level speed through a parallel scan/link/print pipeline, minimal whole-AST passes, and incremental build contexts. This article shows practical CLI and API recipes for bundling, minifying, code splitting, and metafile analysis, explains how Vite and Vitest leverage esbuild, and compares trade-offs with Webpack and SWC—then connects it all to Feature-Sliced Design for scalable, maintainable frontend architecture.

TLDR:

This in-depth guide explores how to build a scalable and maintainable Next.js App Router architecture using React Server Components, modern data fetching, caching strategies, and Feature-Sliced Design, helping teams avoid technical debt and scale confidently in production.

TLDR:

Learn why Rollup is the architect’s pick for JavaScript libraries: ES module-native tree-shaking, clean multi-format builds (ESM + CJS), and a practical plugin stack. See how Feature-Sliced Design turns public APIs and boundaries into a packaging contract that scales across teams.