Vite now officially supports Module Federation 2.0, turning a previously missing micro‑frontend capability into a runtime‑based infrastructure that enables dynamic module loading, shared dependencies, and independent deployment across multiple front‑end applications.
This article reviews five leading micro‑frontend approaches for Vite+Vue3 in 2025, explains why Vite+Vue3 is essential, provides practical configuration examples, compares strengths and weaknesses, offers a selection guide, and highlights common pitfalls to help teams choose the right solution.
This article explores the evolution from Module Federation 1.0 to 2.0, detailing its architecture, pain points, new features, supported build tools, performance improvements, and how developers can adopt it across web and native platforms.
This article chronicles the evolution of the Xingyun front‑end platform from a tangled monolithic Vue application to a modular, micro‑frontend monorepo, detailing the architectural pain points, the "inner‑outer same‑origin" overhaul, and the concrete steps taken to achieve better scalability, maintainability, and build performance.
This article explores the latest front‑end development trends—from emerging frameworks like Svelte and Solid, to AI‑powered interfaces, no‑code/low‑code platforms, progressive web apps, Web3/blockchain, micro‑frontend architecture, and immersive VR/AR—highlighting their impact on developers and businesses.
This article explains what micro frontends are, the problems they address, suitable application scenarios, key technical concerns such as communication, state management, sandboxing, routing, and pre‑loading, and compares popular implementations like nginx forwarding, pure iframe, qiankun, micro‑app, Module Federation, and wujie.
This monthly roundup highlights nine cutting‑edge topics—from Apple’s multimodal MM1 model and the Signals standardization proposal to Stable Video Diffusion, digital humans, micro‑frontend frameworks, Monkey testing automation, Tango low‑code sandbox, and cross‑platform app frameworks—offering deep insights and practical takeaways for modern developers.
Module Federation 2.0, released by ByteDance Web Infra and the original author, introduces best‑practice documentation, runtime‑tool decoupling, TypeScript type safety, a devtool, manifest protocol, and cross‑tool support to make micro‑frontend module sharing more flexible and developer‑friendly.
This article details a comprehensive, front‑and‑back‑end approach to cloud stability, covering system architecture across private and public clouds, micro‑frontend integration, CI/CD pipelines, SLB routing, health‑check configurations, monitoring dashboards, data reconciliation, UI automation testing, and the resulting improvements in observability, gray‑release, rollback, and incident reduction.
This article examines the tension between standardized SaaS products and individualized client demands, outlines the technical challenges of customization, and details how SaaS platforms can offer extensible front‑end plugin architectures—including APIs, SDKs, micro‑frontend rendering, and CI/CD workflows—to balance scalability with flexibility.
This roundup explores cutting‑edge front‑end topics—from using Server‑Sent Events instead of WebSocket and the innovative Rome toolchain, to Git rebase strategies, the status of wangEditor, precise page‑dwell measurement, and the merits of micro‑frontends—while also debunking AI‑related programmer anxiety.
This article introduces the concept and motivation behind Webpack's Module Federation, explains host and remote roles, outlines practical use cases such as micro‑frontend architecture and resource sharing, and provides a step‑by‑step code walkthrough—including configuration, shared dependencies, and runtime loading—to help developers quickly adopt this decentralized module‑sharing technique.
This article explains Cloudflare’s new Fragments Architecture for micro‑frontends, detailing how parallel, streaming responses from Workers eliminate common bottlenecks, provide eager interactivity, improve security, and achieve extreme first‑paint performance through innovative fragment hosting and communication mechanisms.
This article explains the concept, motivation, and application scenarios of Webpack 5 Module Federation, walks through a concrete project structure and configuration, demonstrates runtime code integration, analyzes the generated bundles, and provides resources for further learning, offering a practical entry point into micro‑frontend development.
This article reflects on the delayed 2023 release, outlines four evolving micro‑frontend patterns, examines modern toolchains like Rust, Go and Zig, discusses low‑code platform challenges, low‑latency WebAssembly front‑ends, browser AI, internal dev experience, server‑driven UI, Islands architecture, and edge JavaScript.
In this comprehensive interview, ByteDance senior front‑end engineer Huang Jian shares the 2023 outlook for front‑end developers, covering cloud‑native integration, serverless adoption, micro‑frontends, AI influence, WebAssembly, career growth, and the evolving skill set required to stay competitive.
This article explains what Web Components are, details their core features such as Custom Elements, Shadow DOM, and HTML templates, demonstrates practical usage with React, Vue, and micro‑frontend scenarios, compares them to traditional frameworks, and discusses advantages, limitations, and related tools like Lit and Omi.
This article explains why class name and global element style conflicts occur in micro‑frontend architectures, and presents two main strategies—style naming with priority rules and host‑environment isolation using Shadow DOM or Garfish runtime plugins—to achieve reliable CSS isolation across parent and child applications.
This article walks through building a lightweight Qiankun JS sandbox by first explaining sandbox principles, then creating a snapshot sandbox, a singular proxy sandbox that records changes via ES6 Proxy, and finally a multiple‑proxy sandbox that isolates each micro‑frontend with its own fake window, complete with test cases and setup instructions.
This article explains how to build a CSS sandbox for Qiankun micro‑frontends by using Shadow DOM for strict style isolation and a Scoped CSS approach for experimental isolation, providing step‑by‑step code examples, underlying principles, and a final Web Component implementation.
This article curates essential thoughts and summaries on frontend architecture, SAP system design, ToB customization, JavaScript framework evolution, micro‑interaction design, information loading UX, and micro‑frontend performance analysis, highlighting how clear, flexible, and scalable structures drive rapid, stable product growth.
The Qingtian framework redesigns VAPD’s monolithic front‑end by employing full‑screen iframes with shared component libraries, asynchronous loading, and synchronized routing and state engines, delivering instant sub‑app switching, complete isolation, and fast page loads while preserving micro‑frontend scalability.
This article provides a comprehensive introduction to micro frontends, explaining their definition, benefits such as independence and scalability, detailing various implementation approaches like iframe, Module Federation, EMP, single‑spa, qiankun, icestark, garfish, Fronts and Web Components, and outlining the essential framework functions and suitable scenarios.
This comprehensive guide explains micro‑frontend concepts, the core principles of independent development, deployment and runtime, compares various implementation options, and provides detailed step‑by‑step instructions for using Qiankun—including registration, lifecycle hooks, routing strategies, sandbox isolation, CSS scoping, resource sharing, inter‑app communication, memory management, and deployment workflows—targeted at modern frontend engineers.
Adopt micro frontends when large, parallel development teams need independent releases, cross‑technology migration, or high‑frequency updates, and design them with a central app shell loading shared dependencies, choosing between iframe, web component, or lifecycle‑hook bundles, managing single‑ or multi‑instance routing, shared state or event‑bus communication, and optimizing performance through lazy rendering and shared library bundling.
This article explains micro‑frontend architecture, its roots in micro‑services, core principles such as technical independence and team isolation, and outlines the advantages—including scalability, independent deployment, and easier testing—while advising when the approach is appropriate for a project.
This article explains how Vite‑built micro‑frontends can be loaded as native ES modules in icestark, covering the advantages of ES‑module tooling, dynamic import techniques, necessary Vite configuration changes, and the resulting fast cold‑start and second‑load performance for progressive upgrades.
The article examines the three‑year evolution of Alibaba's DEF front‑end engineering platform, highlighting its shift toward a monolithic architecture, the resulting complexity and cost issues, and the multi‑layered solution—including infrastructure upgrades, SAAS/PAAS/IAAS separation, and micro‑frontend strategies—to improve efficiency, quality, and developer experience.
This article explains how micro‑frontends reflect Conway’s Law, discusses the entropy problem of large codebases, and outlines clear scenarios where adopting or avoiding micro‑frontends makes architectural sense for modern frontend teams.
This article explains how to share UI modules via NPM packages and Module Federation, compares traditional iframe approaches, dives into low‑level and high‑level concepts, demonstrates practical webpack configurations, version‑selection strategies, and runtime loading mechanisms with detailed code examples.
The article surveys the most significant software‑architecture trends of 2020—including micro frontends, AsyncAPI, data mesh, policy‑as‑code, serverless, low‑code platforms, GraphQL, and ethical considerations—highlighting their adoption status, challenges, and the viewpoints of leading industry experts.
This article explains the concept of micro frontends, why they are needed, their core principles such as technology‑agnostic integration, centralized routing, isolation, communication, version management and performance, and details a real‑world implementation using the qiankun framework in the Shangling project, including code snippets and future challenges.
This curated collection presents concise overviews of recent front‑end advancements, covering micro‑frontend architecture in Xiaomi CRM, G6 4.0 visual analytics, code‑quality best practices, 2020's hottest technologies, CDN fundamentals, CSS trends, component design, TypeScript popularity, VSCode inspection tools, watermark techniques, GPU.js acceleration, React DOM manipulation, and the top JS13K 2020 games.
The LOOK live‑streaming admin console, a 250‑page monolith built on Regularjs, was refactored into independent React micro‑frontends using the qiankun framework, allowing separate deployment of sub‑apps while preserving the original URL, and introducing shared dependency management across the legacy and new stacks.
This article explains how Outbrain built a micro‑frontend architecture using Angular lazy‑loaded modules, a custom share‑loader for cross‑app module sharing, DOM encapsulation, independent testing, and per‑app deployment via Node services, providing a concrete, framework‑agnostic solution.
The article explains micro‑frontend concepts, why large apps are split into independent modules, critiques iframe drawbacks, details single‑spa’s resource loader and configuration approach with code examples, outlines its limitations, and shows how qiankun builds on single‑spa to automate resource discovery, sandboxing, and style isolation, concluding that micro‑frontends are a valuable strategy for large‑scale front‑end projects.
The article traces the rise of micro‑frontends from a solution to monolithic admin panels, explains their architectural benefits and various implementation options, and details Xiaoju Car Service’s Midway platform built on single‑spa with lifecycle hooks, sandboxing, idle‑time preloading, IndexedDB caching, and a unified login system.
This article explains the concept of Webpack's Module Federation, detailing its dynamic runtime loading, host‑remote relationships, configuration options, code examples, and practical scenarios such as micro‑frontends and build‑time acceleration, while providing clear diagrams and reference links.
This article explains why micro frontends are needed, outlines their engineering and product benefits, describes key architectural requirements, shares practical decisions such as stack‑independent bootstrapping, routing, isolation, resource loading, and communication, and presents real‑world results from Ant Financial’s OneX platform.
This article explores the upcoming ten‑year evolution of front‑end development, covering TypeScript's role, the shift toward language‑agnostic WebAssembly, emerging micro‑UI concepts, AI‑driven interfaces, serverless end‑to‑end workflows, and how browser and cloud advances will reshape building and delivering web experiences.
This article details how a Vue‑based supply‑chain platform adopted micro‑frontend architecture with Single‑Spa, SystemJS, and webpack externals to consolidate dozens of independent B2B applications into a single, fast, reload‑free interface, outlining the technical steps, benefits, and trade‑offs.
This article explains the benefits of micro‑frontend architecture for large‑scale backend applications, compares MPA and SPA approaches, discusses routing, entry formats, module loading, style and JavaScript isolation techniques, and presents a production‑ready solution built with single‑spa and the open‑source qiankun framework.
