Vibe coding - the practice of describing what you want to an AI and getting working code - has changed how we prototype. But there's a gap between "Claude generated a cool web app" and "this is live on the internet." That's where MyVibe comes in.
MyVibe is ArcBlock's platform for deploying vibe-coded creations. If you've been generating web apps with AI and wondering how to get them online without wrestling with hosting providers, DNS settings, and deployment pipelines, here's what you need to know.
1. You Can Deploy Directly from HTML Files#
The simplest MyVibe deployment is dead simple. You have an HTML file. You want it online. Done.
Most developers overthink this. They assume they need to set up a repository, configure a build process, or package everything into a specific structure. With MyVibe, you can take a single HTML file - even one with embedded CSS and JavaScript - and publish it directly.
<!DOCTYPE html>
<html>
<head>
<title>My Vibe App</title>
<style>
body { font-family: system-ui; padding: 2rem; }
</style>
</head>
<body>
<h1>Generated by AI, deployed to MyVibe</h1>
<script>
// Your vibe-coded logic here
</script>
</body>
</html>
This matters because vibe coding often produces self-contained HTML files. When you ask Claude to "build me a task manager" or "create a color palette generator," you frequently get back a single HTML document with everything inline. MyVibe respects that workflow. You don't need to refactor AI-generated code into a traditional project structure just to see it live.
The platform handles the hosting infrastructure, SSL certificates, and content delivery. You focus on what you asked the AI to build, not the plumbing required to serve it.
2. Directory Uploads Work Exactly How You'd Expect#
Once your vibe-coded projects get more complex, you'll have multiple files. MyVibe handles this without ceremony.
Point the deployment at a directory, and it uploads the entire structure. Subdirectories, assets, relative links - everything works. If your AI-generated project has this structure:
my-app/
├── index.html
├── styles/
│ └── main.css
├── scripts/
│ └── app.js
└── images/
└── logo.png
MyVibe deploys it with that structure intact. Your index.html references ./styles/main.css locally? It references the same path when deployed. No path rewriting, no configuration files, no surprises.
This becomes important as you iterate with AI. You might ask Claude to "add a settings page" or "create a separate admin interface." These additions create new HTML files, new directories, new assets. Each time you regenerate and redeploy, the directory structure is preserved. You're not fighting the platform to accommodate how AI tools naturally organize code.
3. ZIP Archives Are First-Class Citizens#
Sometimes you receive vibe-coded projects as ZIP files. An AI might bundle everything into an archive, or you might download an example project someone shared. MyVibe treats ZIP files as a native deployment format.
Upload the ZIP, and MyVibe extracts and deploys the contents. The archive can contain any valid web project structure. This is particularly useful when working with AI tools that export complete projects as compressed downloads.
The ZIP format also solves a practical problem: deploying projects with many small files. Instead of uploading hundreds of individual JavaScript modules, images, or assets, you upload one archive. The deployment is faster and more reliable, especially over less stable connections.
When you're experimenting with different AI-generated variations of a project, keeping each version as a ZIP archive creates a simple versioning system. Archive the current state, generate a new version with AI, deploy, test, and rollback by deploying a previous archive if needed.
4. There's a CLI for Scripted Deployments#
Manual uploads work for experimentation. But once you're iterating quickly with AI, you want to script the deployment.
MyVibe provides a command-line interface that integrates into development workflows. After generating code with an AI, you can deploy it programmatically:
# Deploy a directory
myvibe publish ./my-app
# Deploy an HTML file
myvibe publish index.html
# Deploy a ZIP archive
myvibe publish project.zip
This changes how you work with vibe coding. Instead of a cycle of "ask AI for code, copy to file, open browser, upload to platform, wait," you script the deployment step. Generate code, save it, run a single command, and it's live.
The CLI also enables integration with AI coding environments. If you're using Claude Code, Cursor, or similar tools that can execute shell commands, you can create workflows where the AI generates the code and deploys it. The human approval remains, but the mechanical steps are automated.
For teams using vibe coding to rapidly prototype ideas, the CLI becomes essential. You can deploy branches, environments, or variations of a project without context switching between your editor and a web interface.
5. Each Deployment Gets a Persistent URL#
When MyVibe deploys your project, you get a URL. That URL doesn't change unless you want it to.
This seems obvious, but it matters for vibe coding workflows. You're iterating with AI, generating variations, testing different approaches. Each deployment to the same MyVibe project updates the content at the same URL. You don't collect dozens of temporary URLs that expire or get reassigned.
This persistence makes sharing practical. If you deploy a prototype to show a colleague or client, the link you send works tomorrow, next week, next month. You can continue iterating and deploying updates, and everyone already has the correct URL.
The stability also helps when vibe-coded projects grow into real applications. That prototype URL can become the actual product URL. You don't need to migrate to a "production" hosting platform and update links everywhere. The same deployment platform serves the proof-of-concept and the launched product.
MyVibe projects live under your ArcBlock DID (Decentralized Identifier). This gives you control over the namespace. Instead of cryptic temporary URLs or platform-specific subdomains you can't customize, your deployments are organized under your identity.
6. You're Not Locked Into a Framework#
Vibe coding produces diverse output. Sometimes you get vanilla HTML/CSS/JS. Sometimes React. Sometimes Vue, Svelte, or whatever the AI decided was appropriate for your request.
MyVibe doesn't care. It's not a React hosting platform or a Vue deployment service. It serves static web content. If your AI-generated project runs in a browser, it runs on MyVibe.
This framework agnosticism is practical because you can't always control what the AI generates. If you ask for "a dashboard with charts," one AI might output a React app, another might produce vanilla JavaScript with Chart.js, and another might use Svelte. MyVibe deploys all of them the same way.
The platform also supports pre-built projects. If your vibe coding workflow involves generating source code, then building it locally before deployment, MyVibe serves the build output. Point it at your dist/ or build/ directory, and it deploys the compiled assets.
This matters for modern JavaScript frameworks that require a build step. You generate a Next.js app with AI, run npm run build, and deploy the static export. Or generate a Vite project, build it, deploy the output. MyVibe stays out of the build process and focuses on hosting the result.
7. It's Built for AI-Generated Iteration Speed#
The real insight behind MyVibe is understanding how vibe coding actually works. You don't write code, polish it, and then deploy. You generate, test, regenerate, adjust the prompt, generate again, see it live, ask for changes, deploy updates.
Traditional deployment platforms optimize for stability and control. They want you to review changes, run tests, approve deployments. That's appropriate for production systems, but it's friction when you're iterating with AI.
MyVibe optimizes for the opposite: rapid deployment with minimal ceremony. The platform assumes you want to see the generated code live immediately. No approval workflows, no staging environments, no deployment queues. Generate, deploy, view, iterate.
This speed changes what's possible with vibe coding. Ideas that would take hours to prototype with traditional development can be tested in minutes. You can explore multiple approaches to a problem by generating and deploying variations, seeing each one live, comparing them, and choosing the direction that works.
The platform also removes deployment anxiety. Because deploying is fast and simple, you deploy more often. Each small change, each AI-suggested improvement, each experimental feature gets deployed and tested in the real environment immediately. You're not batching changes or hoping everything works when you finally push to production.
Making Vibe Coding Practical#
MyVibe doesn't solve the hard problems of vibe coding - knowing what to ask for, recognizing when AI-generated code is good, understanding enough to fix issues when they arise. Those remain human skills.
What it does solve is the gap between "the AI built something interesting" and "this is accessible on the internet." That gap stops most experiments from becoming real projects.
By making deployment trivial, MyVibe changes the calculus. The barrier to putting an AI-generated idea online drops to near zero. More experiments get deployed. More iterations happen. More prototypes turn into actual applications.
For developers working with AI to generate web applications, that's the insight that matters. The platform doesn't just host your vibe-coded creations - it removes the deployment friction that keeps them from being useful.