Micro-Frontend Architecture for Openclaw

A comprehensive architectural blueprint for designing, implementing, and deploying scalable micro-frontend systems using modern frameworks.

goldath
v1.0.0
Apr 8, 2026
0
681
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install micro-frontend-arch

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install micro-frontend-arch using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is Micro-Frontend Architecture?

The Micro-Frontend Architecture skill provides developers with a structured methodology for breaking down monolithic web applications into manageable, independent sub-apps. By leveraging this addition to your Openclaw Skills library, you can navigate complex decisions regarding framework selection, ensuring your team chooses the right tool—whether it be Module Federation for Webpack 5 environments or qiankun for legacy migrations.

This skill addresses the critical challenges of modern frontend scale, such as maintaining style isolation across disparate teams and establishing robust inter-app communication channels. It serves as a technical North Star for architects looking to implement independent CI/CD pipelines and multi-framework coexistence within a single cohesive user experience.

Micro-Frontend Architecture Use Cases

  • Migrating legacy Vue 2 or jQuery monoliths to a distributed architecture.
  • Designing new enterprise applications using Webpack 5 Module Federation.
  • Orchestrating multi-framework projects where React, Vue, and Angular must coexist.
  • Implementing strict JS sandboxing and CSS style isolation between independent teams.
  • Setting up independent deployment workflows for various functional modules of a web app.

How Micro-Frontend Architecture Works

  1. Architecture Design: Define clear application boundaries and identify shared dependencies to minimize bundle size.
  2. Shell Orchestration: Configure the main 'App Shell' to act as the container for loading and mounting sub-applications.
  3. Protocol Establishment: Define communication patterns (CustomEvents or shared stores) to allow data flow between sub-apps.
  4. Conflict Resolution: Apply style isolation strategies like Shadow DOM or Scoped CSS to prevent global namespace pollution.
  5. Deployment Automation: Trigger independent CI/CD pipelines to deploy sub-apps to CDNs without redeploying the entire system.

Micro-Frontend Architecture Setup

To integrate this architectural pattern into your development workflow, ensure your environment supports modern bundling tools. Install the core dependencies for your chosen framework via the terminal:

# For Module Federation (Webpack 5)
npm install webpack@5 webpack-cli --save-dev

# For qiankun based architectures
npm install qiankun --save

# For single-spa orchestration
npm install single-spa --save

Micro-Frontend Architecture Data Schema & Taxonomy

The skill utilizes a reference-based data structure to organize architectural concerns. This ensures that Openclaw Skills can provide granular advice based on the specific technical hurdle encountered:

Component Reference Document Key Focus
Module Federation module-federation.md Remote/Host configurations and shared dependency mapping
Runtime Sandbox qiankun.md Lifecycle hooks (bootstrap, mount, unmount) and global state
Communication communication.md Props, CustomEvent, and shared state management patterns
Styling style-isolation.md Shadow DOM, BEM, and CSS Modules implementation
DevOps deployment.md Independent versioning and CDN delivery strategies

Micro-Frontend Architecture Advanced Features

  • Support for Wujie's advanced JS sandbox and Web Component-based style isolation.
  • Cross-framework communication hooks for seamless state synchronization.
  • Dynamic remote loading patterns for high-performance micro-frontend discovery.
  • Strategy guides for independent versioning and rolling updates in production.

SKILL.md


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