TLDR:

A comprehensive frontend comparison that goes beyond framework hype, analyzing React vs Vue, Next.js vs Remix, and Vite vs Webpack through the lens of architecture, scalability, and long-term maintainability with Feature-Sliced Design.

TLDR:

An in-depth, unbiased analysis of modern frontend frameworks, exploring React, Vue, Angular, Svelte, and SolidJS through the lens of scalability, architecture, and Feature-Sliced Design to help teams build maintainable frontend systems.

TLDR:

An in-depth look at the five frontend trends that will shape 2026, including AI-native workflows, server-first UI, WebAssembly, and Baseline-first web development—explained through a practical architectural lens with Feature-Sliced Design as a scalable solution for modern teams.

TLDR:

Are micro-frontends still worth the complexity in 2025? This guide breaks down the main approaches—Module Federation, single-spa, qiankun, iframes, web components, and import maps—then shows how Feature-Sliced Design helps teams keep boundaries, public APIs, and performance under control as systems scale.

TLDR:

Frontend decoupling is the key to building flexible and maintainable web applications at scale. This article explores how separating concerns, reducing tight coupling, and adopting Feature-Sliced Design helps teams control complexity, improve reusability, and future-proof modern frontend architectures.

TLDR:

A practical, architecture-first guide to building a frontend design system that developers actually enjoy using, combining reusable components, clear governance, and Feature-Sliced Design to achieve scalability, consistency, and long-term maintainability.

TLDR:

A deep, practical guide to applying Domain-Driven Design in modern frontend applications, showing how to model business logic, define clear boundaries, and scale sustainably using Feature-Sliced Design.

TLDR:

Atomic design is a great way to structure UI composition—from atoms and molecules to organisms, templates, and pages—but taxonomy alone won’t stop large codebases from turning into spaghetti. This guide walks through the full Atomic Design model, shows how to build a scalable design system, and explains how Feature-Sliced Design (FSD) complements it with clear boundaries, public APIs, and predictable modular structure.

TLDR:

A modern frontend monorepo isn’t just “multiple apps in one repo”—it’s a dependency graph with enforced boundaries, shared tooling, and predictable delivery. This guide covers when monorepos beat polyrepos, how to choose between Turborepo and Nx, how to set up pnpm workspaces, and how Feature-Sliced Design keeps packages and apps maintainable as teams and codebases grow.

TLDR:

Discover the power of the modular monolith architecture and how it offers a scalable, maintainable solution for large applications. Learn how Feature-Sliced Design (FSD) can help structure your project to reduce technical debt, improve code quality, and enhance team collaboration.