How to Build and Deploy a Website Using Cursor AI

Introduction

Cursor AI has quickly become one of the most popular AI-powered code editors, combining the familiar VS Code interface with deeply integrated AI assistance. Whether you are a seasoned developer looking to speed up your workflow or a beginner who wants to build a website without writing every line by hand, Cursor gives you the tools to go from idea to deployed site faster than ever before.

In this guide, we walk through the entire process of building a website with Cursor AI, from initial setup to writing your first prompts to deploying your finished site online.

🔗 Host your project free — Deploy your AI-built site instantly on Linkyhost

What Is Cursor AI?

Cursor is a code editor built on top of VS Code that features built-in AI capabilities. Unlike browser extensions or standalone chatbots, Cursor understands your entire project context. It can read your files, understand your folder structure, and generate code that fits naturally into your existing codebase.

Key features that make it ideal for web development include:

• Tab completion that predicts multi-line code blocks based on context
• Inline chat for making targeted edits to specific sections of code
• Composer mode for generating entire files or multi-file changes from a single prompt
• Codebase awareness so AI suggestions stay consistent with your project

Step 1: Install and Set Up Cursor

Download Cursor from cursor.com and install it on your machine. If you already use VS Code, the transition is seamless since Cursor supports the same extensions, themes, and keybindings.

Once installed:

1. Open Cursor and sign in with your account
2. Import your VS Code settings if prompted (optional but recommended)
3. Create a new folder for your website project
4. Open that folder in Cursor with File > Open Folder

Your project folder is now your workspace, and Cursor's AI has full context of everything inside it.

Step 2: Scaffold Your Project with Composer

Cursor's Composer feature is the fastest way to generate an entire project structure. Open Composer with Cmd+I (Mac) or Ctrl+I (Windows/Linux) and describe what you want to build.

Here is an example prompt that works well:

Create a personal portfolio website with the following pages:
- Home page with hero section, about summary, and featured projects
- Projects page with a grid of project cards
- Contact page with a contact form

Use HTML, CSS, and vanilla JavaScript. Make it responsive and modern
with a dark color scheme. Create separate files for each page and
a shared styles.css file.

Composer will generate the file structure and code for you. Review the proposed changes in the diff view before accepting them. You should see something like:

project/
├── index.html
├── projects.html
├── contact.html
├── css/
│   └── styles.css
└── js/
    └── main.js

Step 3: Refine Individual Sections with Inline Chat

Once you have your base structure, use inline chat to refine specific parts. Select a block of code, press Cmd+K (Mac) or Ctrl+K (Windows/Linux), and describe the change you want.

For example, select your navigation HTML and type:

Add a mobile hamburger menu that slides in from the right.
Include smooth open/close animations with CSS transitions.

Cursor rewrites just that section while keeping the rest of your file intact. This targeted approach is much more reliable than asking for sweeping changes across the whole project.

Practical prompts for common website sections

Here are prompts that consistently produce good results in Cursor:

Hero section:

Create an animated hero section with a gradient background,
large heading with typing animation, subtitle, and a CTA button
that scrolls to the next section.

Project cards:

Create responsive project cards that show an image thumbnail,
title, short description, and tech stack tags. Cards should
have a hover effect that lifts them slightly.

Footer:

Create a footer with three columns: site links, social media
icons using SVG, and a newsletter signup form. Make it responsive
so columns stack on mobile.

Step 4: Use Tab Completion for Rapid Development

As you write code manually, Cursor's tab completion predicts what you are likely to type next. This is especially useful for repetitive tasks like:

• Adding new sections that follow patterns already in your code
• Writing CSS properties for responsive breakpoints
• Creating JavaScript event listeners similar to ones you already have

Start typing and watch for the ghost text preview. Press Tab to accept the suggestion or keep typing to ignore it.

Step 5: Debug and Fix Issues with AI Chat

If your site does not look right or something is broken, use the chat panel (Cmd+L or Ctrl+L) to troubleshoot. You can ask questions like:

The navigation links are not scrolling smoothly to sections.
How do I fix the smooth scroll behavior?

Or paste an error message directly:

I'm getting this error in the console:
"Uncaught TypeError: Cannot read properties of null"
at line 24 of main.js. What's wrong?

Cursor can see your files, so it provides answers specific to your code rather than generic suggestions.

Step 6: Optimize for Production

Before deploying, ask Cursor to help you optimize your site:

Review my website code and:
1. Minify the CSS
2. Add proper meta tags for SEO
3. Add alt text to all images
4. Ensure all links have proper aria labels
5. Add Open Graph meta tags for social sharing

You might also want to generate a robots.txt and sitemap.xml if you plan to index your site on search engines. Check out our guide on SEO for static websites for more details.

Step 7: Deploy Your Website

Now that your site is ready, you need to host it somewhere. Since Cursor produces standard HTML, CSS, and JavaScript files, you can deploy to any static hosting provider.

The simplest option is to upload your files directly to Linkyhost, which gives you free hosting with a shareable link in seconds:

1. Go to Linkyhost and sign up or log in
2. Drag and drop your project folder or select individual files
3. Get your live URL and share it immediately

No build steps, no configuration, no command line required. This is particularly useful when you want to share a project quickly or test how it looks on a live server.

For a detailed walkthrough of the upload process, see our guide on how to host an HTML file.

Tips for Getting Better Results from Cursor AI

Be specific in your prompts. Instead of "make the design better," say "increase the heading font size to 48px, add 2rem padding to the hero section, and change the primary color to #3B82F6."

Work in stages. Build the structure first, then the styling, then the interactivity. Trying to do everything in one prompt often produces messy results.

Use the @ symbol to reference files. In Cursor chat, type @filename to tell the AI to look at a specific file for context. This is invaluable when your styles in one file need to match components in another.

Commit often. Use Git within Cursor to save your progress. If an AI-generated change breaks something, you can easily revert.

Review every change. AI-generated code can contain subtle bugs or accessibility issues. Always check the diff before accepting changes.

Cursor AI vs Other AI Coding Tools

Cursor stands apart from other AI coding tools because of its deep editor integration. While tools like ChatGPT or Claude require you to copy and paste code between a chat window and your editor, Cursor works directly with your files. This eliminates context switching and reduces the chance of introducing errors when transferring code.

Compared to GitHub Copilot, Cursor offers more powerful multi-file editing through Composer mode and generally provides better results for larger structural changes. Copilot excels at line-by-line autocompletion, while Cursor handles bigger architectural tasks more naturally.

If you are exploring the broader landscape of AI development tools, check out our guide to vibe coding to understand how AI is reshaping web development.

Frequently Asked Questions

Is Cursor AI free to use?

Cursor offers a free tier that includes a limited number of AI completions and chat messages per month. The Pro plan provides unlimited usage and access to more powerful models. For building a basic website, the free tier is typically enough to get started.

Do I need coding experience to build a website with Cursor?

Some basic understanding of HTML and CSS helps you evaluate and debug the AI output. However, Cursor lowers the barrier significantly. If you can describe what you want clearly, the AI handles most of the implementation. Start with simple projects and build your skills as you go.

Can I use Cursor to build React or Next.js websites?

Absolutely. Cursor works with any web framework. You can scaffold a React project with npx create-react-app or a Next.js project with npx create-next-app, then use Cursor's AI features to build out components, pages, and functionality.

How do I deploy a Cursor AI website for free?

The simplest approach is uploading your HTML, CSS, and JavaScript files to Linkyhost for free hosting. If your project uses a framework with a build step, run the build command first, then upload the contents of your build or dist folder.

Can Cursor AI generate responsive designs?

Yes. When prompting Cursor, specify that you want responsive design and mention the breakpoints you need. For example: "Make this layout responsive with breakpoints at 768px for tablet and 480px for mobile." Cursor generates the appropriate media queries and flexible layouts.

How does Cursor compare to using ChatGPT for web development?

Cursor integrates directly into your editor and understands your full project structure, which means it can make changes across multiple files consistently. ChatGPT works in isolation and requires you to copy-paste code manually. For serious web development projects, Cursor's integrated approach saves significant time. For quick prototypes or one-off HTML pages, either tool works well.

Conclusion

Cursor AI transforms the website-building process by putting powerful AI capabilities directly inside your code editor. By following the workflow outlined here, from scaffolding with Composer to refining with inline chat to deploying on Linkyhost, you can go from idea to live website in a fraction of the time traditional development requires.

If you are new to AI-assisted development, also check out our guide on how to host your vibe-coded website on Linkyhost for more tips on getting your AI-built projects online.