Integration Architecture
Hook into your CI/CD workflow with zero runtime overhead
FuzenAI hooks into your CI/CD workflow, statically analyzing your codebase and injecting structured metadata, semantic markup, and machine-readable context directly into your build artifacts.
1. Repository Hook
Connect via GitHub/GitLab webhooks or npm package integration
# Add FuzenAI to your build pipeline
npm install @fuzenai/cli
# or
yarn add @fuzenai/cli
2. Static Analysis Phase
Our AST parser analyzes your component tree and extracts semantic meaning
// fuzen.config.js
export default {
analyze: ['src/**/*.{js,jsx,ts,tsx,html}'],
inject: {
structuredData: true,
semanticHTML: true,
aiMetadata: true
},
output: 'build/'
}
3. Build-Time Injection
Inject AI-readable layers into build output without affecting performance
- name: FuzenAI Optimization
run: |
fuzen analyze --config fuzen.config.js
fuzen inject --target production
Implementation Flow
From integration to AI-native deployment
1
Webhook Integration
Connect via GitHub/GitLab webhooks or npm package
2
AST Analysis
Parse component trees and extract semantic structures
3
Metadata Injection
Inject AI-readable layers into build output
4
Deploy AI-Native
Ship with embedded intelligence from commit zero
Why Your Build Pipeline Needs AI Preprocessing
Static Analysis Intelligence - Transform component architecture before bundling
Zero-Config Integration - Drop into existing webpack/vite configs
Differential Semantic Injection - Push optimization updates through CI/CD
Build-Time Transparency - Full visibility into AST transformations
Holistic Application Understanding - Analyze entire component graph
Architecture Comparison
See how FuzenAI compares to other approaches
| Approach | Performance | Integration | Coverage | Scalability |
|---|---|---|---|---|
| FuzenAI | Zero runtime cost | Build-time pipeline | Complete AST analysis | Automated with builds |
| Runtime Injection | JavaScript overhead | Client-side scripts | DOM-level only | Runtime processing |
| Manual Implementation | Variable implementation | Manual code changes | Selective components | Developer-dependent |