You just spent 20 minutes vibe-coding a web app with Claude or ChatGPT. It works locally. Now what?
The deployment landscape for AI-generated code has a specific pain point: most platforms assume you're working in a traditional Git-based workflow. When you're generating entire apps through prompts, that friction matters.
I've deployed hundreds of AI-generated projects across different platforms. Here's what actually works, what doesn't, and when to use each option.
The Three Deployment Approaches#
MyVibe: Direct Deployment for Vibe-Coded Apps#
MyVibe is built specifically for the vibe coding workflow. You generate code with an AI, you deploy it immediately.
How it works:
- Generate your app (static HTML, React, whatever)
- Run
npx @myvibe/cli publishor use the web interface - Get a live URL in seconds
No Git repository required. No build configuration. No deployment pipeline to debug.
Example workflow:
# You just created an app with Claude
# Files are in ./my-app/
cd my-app
npx @myvibe/cli publish
# Output:
# ✓ Published to: https://my-app-abc123.myvibe.app
# That's it.
What you get:
- Instant deployment from local files or ZIP archives
- Automatic HTTPS on custom domains
- Built-in CDN distribution
- No configuration files needed
- Version history with rollback
What you don't get:
- Automatic Git integration (it's file-based, not repo-based)
- Advanced build pipelines for complex frameworks
- Team collaboration features like preview deployments per PR
- Built-in CI/CD workflows
Best for:
- Quick iterations on AI-generated code
- Prototypes and demos
- Personal projects where Git feels like overhead
- Testing ideas before committing to infrastructure
Vercel: The Next.js Powerhouse#
Vercel pioneered the modern frontend deployment experience. It's the gold standard if you're building production applications with Next.js, and it works well for other frameworks too.
How it works:
- Push code to GitHub, GitLab, or Bitbucket
- Vercel detects your framework and configures builds automatically
- Every Git push triggers a new deployment
- Pull requests get preview URLs automatically
Example workflow:
# Traditional development workflow
git init
git add .
git commit -m "Initial commit"
git push origin main
# Vercel detects the push and:
# - Runs npm install
# - Executes npm run build
# - Deploys to production
# - Updates your custom domain
What you get:
- Best-in-class Next.js support (serverless functions, ISR, middleware)
- Automatic preview deployments for every PR
- Edge network with excellent global performance
- Built-in analytics and web vitals monitoring
- Team collaboration with comments on deployments
What you don't get:
- Simple file-based deployments (Git is required)
- Generous free tier for large projects (bandwidth limits hit fast)
- Framework-agnostic simplicity (it's optimized for the Vercel stack)
Best for:
- Production Next.js applications
- Teams with Git-based workflows
- Projects needing serverless functions
- Apps requiring edge computing features
Netlify: The JAMstack Veteran#
Netlify has been in the static site game longer than anyone. It's framework-agnostic, mature, and handles everything from simple HTML to complex build processes.
How it works:
- Connect a Git repository
- Configure build settings (or let Netlify detect them)
- Deploy on every commit with atomic deployments
- Use Netlify Functions for serverless backend logic
Example workflow:
# After pushing to Git
# Netlify runs your build command
# netlify.toml
[build]
command = "npm run build"
publish = "dist"
# Deploy happens automatically
# Preview deploys for branches
# Production deploys for main branch
What you get:
- Rock-solid static hosting with instant cache invalidation
- Netlify Functions (AWS Lambda under the hood)
- Form handling without backend code
- Split testing and branch-based deployments
- Generous free tier for bandwidth
What you don't get:
- The absolute cutting edge (Vercel moves faster on new features)
- Specialized Next.js optimizations (works, but not native)
- File-based deployment for quick iterations
Best for:
- Static sites and JAMstack applications
- Projects using any framework (React, Vue, Svelte, Hugo, etc.)
- Teams needing advanced deployment controls (split tests, branch deploys)
- Cost-conscious projects with high bandwidth needs
Head-to-Head Comparison#
Feature | MyVibe | Vercel | Netlify |
|---|---|---|---|
Deployment Speed | Seconds (file upload) | ~1-3 min (build + deploy) | ~1-3 min (build + deploy) |
Git Required | No | Yes | Yes |
Build Pipeline | None (deploy static files) | Advanced (framework-aware) | Configurable (build commands) |
Framework Support | Any (pre-built) | Next.js (native), others supported | Framework-agnostic |
Serverless Functions | No | Yes (native) | Yes (Netlify Functions) |
Preview Deployments | Version history only | Per PR (automatic) | Per branch (automatic) |
Custom Domains | Yes | Yes | Yes |
Free Tier | Generous | 100GB bandwidth | 100GB bandwidth |
Best Use Case | Vibe coding workflow | Production Next.js apps | JAMstack sites |
Real-World Scenarios#
Scenario 1: Building a Landing Page with Claude#
You're testing messaging for a new product. You need 5 different landing page variations today.
MyVibe approach:
# Generate variation 1 with Claude
npx @myvibe/cli publish
# https://landing-v1.myvibe.app (live in 10 seconds)
# Generate variation 2
npx @myvibe/cli publish
# https://landing-v2.myvibe.app (another 10 seconds)
# Test with real users immediately
Vercel/Netlify approach:
# Create Git repo
git init && git add . && git commit -m "v1"
# Create GitHub repo, push
git remote add origin ...
git push
# Wait for build (1-2 minutes)
# Create new branch for v2
git checkout -b variation-2
# Make changes, commit, push
# Wait for preview deploy (1-2 minutes)
# Repeat for variations 3, 4, 5
Winner: MyVibe. The vibe coding deployment workflow is 10x faster for rapid iteration.
Scenario 2: Production SaaS Application#
You're building a customer-facing dashboard with authentication, API routes, and database integration.
MyVibe approach:
Not suitable. You need serverless functions, environment variables, and backend logic that can't run purely client-side.
Vercel approach:
// pages/api/users.ts
export default async function handler(req, res) {
// Serverless function runs on Vercel Edge
const users = await db.users.findMany()
res.json(users)
}
// Automatic scaling, environment variables, middleware
Netlify approach:
// netlify/functions/users.js
exports.handler = async (event) => {
const users = await db.users.findMany()
return {
statusCode: 200,
body: JSON.stringify(users)
}
}
Winner: Vercel or Netlify (depending on framework). MyVibe isn't designed for this.
Scenario 3: Client Demo Due in 30 Minutes#
Your client calls: "Can we see the interactive prototype before the meeting?"
You have code on your laptop. You need it online now.
MyVibe approach:
npx @myvibe/cli publish
# Live URL in 15 seconds
# Send link to client
Vercel/Netlify approach:
# Create repo (if not done)
git init && git add . && git commit -m "demo"
# Push to GitHub (create repo first)
gh repo create --public --source=. --push
# Link to Vercel/Netlify (if first time)
vercel --prod
# or
netlify deploy --prod
# Wait for build, debug any config issues
# Hope nothing breaks
Winner: MyVibe. When speed matters more than infrastructure, file-based deployment wins.
The Actual Trade-offs#
MyVibe Trade-offs#
You gain: Speed, simplicity, zero configuration
You lose: Advanced features, Git-based workflows, backend capabilities
If you're deploying AI-generated static apps and need them live immediately, the trade is worth it. If you need serverless functions or team collaboration, it's not.
Vercel Trade-offs#
You gain: Production-grade infrastructure, Next.js superpowers, edge computing
You lose: Simplicity for quick iterations, free bandwidth for high-traffic sites
If you're building a real product with Next.js, Vercel is the obvious choice. If you're testing 10 variations of a landing page in one afternoon, the build pipeline becomes friction.
Netlify Trade-offs#
You gain: Framework flexibility, mature ecosystem, generous free tier
You lose: Bleeding-edge Next.js features, the absolute fastest builds
If you're framework-agnostic or using something other than Next.js, Netlify is often the better choice over Vercel. But for quick vibe coding iterations, it still requires Git overhead.
Decision Framework#
Choose MyVibe when:
- You're generating code with AI and want it live immediately
- The project is static (HTML, CSS, JS, or pre-built React/Vue)
- You're testing ideas rapidly (A/B test variations, prototypes)
- Git feels like unnecessary overhead for your workflow
- You need to deploy from a ZIP file or local directory
Choose Vercel when:
- You're building with Next.js (this is non-negotiable territory)
- You need serverless functions and edge computing
- Your team uses Git-based workflows with PR previews
- You're deploying production applications with real users
- You want the best performance for React Server Components
Choose Netlify when:
- You're using frameworks other than Next.js
- You need advanced deployment controls (split testing, branch deploys)
- You want serverless functions without Next.js
- You have high bandwidth needs (Netlify's free tier is generous)
- You prefer a mature, stable platform over bleeding-edge features
The Bottom Line#
These tools solve different problems.
MyVibe optimizes for the vibe coding workflow: generate code, deploy immediately, iterate fast. It removes every step between "Claude gave me this code" and "it's live on the internet."
Vercel optimizes for production Next.js applications with teams, infrastructure, and scale.
Netlify optimizes for JAMstack flexibility and developer control across any framework.
I use all three:
- MyVibe for client demos, testing ideas, and rapid AI-generated iterations
- Vercel for production Next.js apps with backend requirements
- Netlify for static marketing sites and non-Next.js frameworks
The wrong choice is using a production deployment pipeline when you just need a prototype online, or using a quick-deploy tool when you need infrastructure for a real application.
Match the tool to the actual problem. Your deployment process should accelerate your workflow, not fight it.