TLDR:

UI composition is no longer just about nesting components—it defines how scalable and maintainable a frontend system can become. This article explores modern UI composition patterns and shows how Feature-Sliced Design provides a structured, feature-driven approach to building flexible, long-term frontend architectures.

TLDR:

Excellent component design determines whether a frontend codebase scales cleanly or collapses into technical debt. This article explores the core principles behind well-designed components, from clear APIs and composition patterns to state management and testability, and shows how Feature-Sliced Design provides a practical, scalable foundation for building maintainable frontend systems.

TLDR:

Edge rendering is reshaping frontend architecture by pushing rendering logic closer to users, drastically reducing latency and enabling real-time personalization. This article explores how edge computing works, when to use it, and why Feature-Sliced Design provides a robust, scalable foundation for building maintainable edge-rendered frontend systems.

TLDR:

Recoil rethinks React state with an atomic graph of atoms and selectors instead of a single monolithic store. This article explains the core model, shows how selectors handle derived and async state, compares Recoil with Jotai, and outlines practical patterns for adopting atomic state management in large apps using Feature-Sliced Design to improve modularity, refactor safety, and team scalability.

TLDR:

A practical, expert-level guide to frontend profiling that shows how to measure, analyze, and optimize performance using Chrome DevTools, flame graphs, React Profiler, and memory tools—while leveraging Feature-Sliced Design to make performance bottlenecks easier to detect, isolate, and fix at scale.

TLDR:

MobX makes React apps fast and expressive through observable state and dependency-tracked updates, but large codebases can drift into store sprawl and implicit coupling. This article explains MobX reactivity, practical MobX + React patterns, and how Feature-Sliced Design introduces clear boundaries, public APIs, and slice ownership to keep reactive state scalable.

TLDR:

Frontend metrics are more than numbers on a dashboard—they are signals of real user experience, architectural quality, and team scalability. This article explores the frontend metrics that actually matter, from Core Web Vitals to advanced performance and architectural indicators, and shows how Feature-Sliced Design helps teams measure, understand, and sustainably improve modern frontend systems

TLDR:

Zustand keeps React state management lightweight: a create store, selector-based subscriptions, and async actions without extra ceremony. This article shows how to build maintainable stores, avoid common pitfalls, and combine Zustand with Feature-Sliced Design to keep large codebases modular, refactor-friendly, and easy to onboard.

TLDR:

Redux still shines when shared state, async complexity, and team scale collide. This guide shows how Redux Toolkit and React Redux work together with Feature-Sliced Design to keep slices cohesive, selectors stable, and async logic disciplined—without the boilerplate.

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.