TLDR:

Readable code reduces cognitive load, speeds up code reviews, and makes refactoring safer—especially in large frontend projects. This guide shares 7 actionable rules to improve code readability, from intent-driven naming and explicit data flow to automated formatting, meaningful comments, clear public APIs, and a feature-first structure powered by Feature-Sliced Design.

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Scalable frontend applications require more than just adding types to JavaScript. This in-depth guide explores 10 essential TypeScript best practices—from strict configuration and advanced typing patterns to architectural alignment with Feature-Sliced Design—helping teams reduce technical debt, improve maintainability, and confidently scale complex frontend systems.

TLDR:

A hands-on checklist for clean frontend code: naming, pure functions, predictable components, explicit side effects, and module boundaries. Includes before/after examples, a refactoring workflow, architecture comparisons, and how Feature-Sliced Design keeps large JavaScript/TypeScript apps readable and maintainable.

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A comprehensive guide to frontend structure, explaining how to organize project folders, scale features safely, and apply Feature-Sliced Design to build maintainable, future-proof frontend applications.

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Frontend abstraction is the foundation of scalable and maintainable web applications. This article explores how to design effective abstraction layers, avoid over-engineering, improve testability, and apply Feature-Sliced Design to structure large frontend codebases with confidence.

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UI architecture breaks when features cross-import freely and “shared” becomes a dumping ground. This guide explains proven patterns (MVC, Atomic Design, BEM) and shows how Feature-Sliced Design structures layers, slices, and public APIs so teams can reuse UI safely, manage theming with design tokens, and ship changes without fragile refactors.

TLDR:

The modern frontend ecosystem is vast and fast-moving, filled with frameworks, libraries, and tools that can either empower teams or create overwhelming complexity. This article breaks down how today’s frontend ecosystem works, compares common architectural approaches, and explains how Feature-Sliced Design provides a clear, scalable structure for building maintainable frontend applications over the long term.

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Frontend performance in 2025 is no longer just about faster load times—it is a strategic combination of architecture, Core Web Vitals, tooling, and scalable optimization techniques. This article explores how modern practices and Feature-Sliced Design help teams build fast, resilient, and maintainable frontend applications for the long term.

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Frontend development has evolved from simple scripts into complex application systems. This article explores the history, present shifts, and future direction of frontend architecture, explaining how modern challenges around scalability, performance, and maintainability are addressed through structured approaches like Feature-Sliced Design.

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Is layered architecture outdated in the age of React and micro-frontends? This deep-dive maps classic presentation/business/data-access layers to modern frontend concerns (UI, state, API), shows how to enforce boundaries, and explains why Feature-Sliced Design combines layering with feature locality for scalable teams.