Cursor alternative to VS Code: the editor rebuilt around a codebase-aware model

Why buyers actually switch from Visual Studio Code to Cursor

Developers move from VS Code plus Copilot to Cursor when they start wanting the model to understand the whole project, not just the file in front of them. Three capabilities drive it.

1. The model finally sees the whole repo

Copilot's context is mostly the current file and open tabs, so it misses code elsewhere in the project. Cursor indexes the whole repository, so its answers and edits account for definitions and usages you never opened.

2. Real multi-file edits

Refactors that touch many files are tedious with file-scoped assistance. Cursor's agent mode plans and applies the change across the codebase in one reviewable pass.

3. An agent that runs commands

Cursor can execute terminal commands and iterate on the output, turning multi-step tasks like scaffolding or fixing a failing test into an automated loop rather than manual back-and-forth.

Deep dive: Whole-codebase intelligence

Cursor's core bet is that AI is only as good as the context it can see, so it indexes everything.

Retrieval over your repo

The editor builds an index of your codebase and retrieves relevant files into the model's context, so answers reflect your actual architecture.

Multi-file application

When you accept a change, Cursor can apply it across every affected file, showing a diff you review before it lands.

Deep dive: Compatibility and lock-in

It's still VS Code

Because Cursor is a fork, your settings, keybindings and most extensions carry over, so the switch is low-friction.

The Open VSX caveat

Cursor pulls extensions from Open VSX rather than the official Marketplace, so a few proprietary extensions are unavailable — check yours before committing.

Who Cursor is actually for

1. The developer doing large refactors

Anyone regularly changing code across many files benefits most from agent-mode multi-file editing.

2. The engineer on an unfamiliar codebase

Whole-repo context helps you navigate and modify a project you did not write, because the model has read all of it.

3. The AI-forward team

Teams that want AI to be central rather than a sidebar assist get a workflow built around exactly that.

Migration walkthrough: how to switch from Visual Studio Code to Cursor

Step 1: Install Cursor and import settings

On first launch Cursor offers to import your VS Code settings, keybindings and extensions, so your setup carries over.

Step 2: Check extension availability

Confirm any Marketplace-exclusive extensions you depend on are available via Open VSX; find alternatives for the few that are not.

Step 3: Index your repository

Open your project and let Cursor build its codebase index so the model can retrieve across the whole repo.

Step 4: Learn agent mode

Try agent mode on a small multi-file task to get comfortable reviewing and accepting cross-file diffs.

Step 5: Set your model preferences

Configure which model to use for chat and edits based on your plan and latency preferences.

Step 6: Keep VS Code as a fallback

Cursor and VS Code can coexist, so keep VS Code installed until you have fully adjusted to the new workflow.

Objection handling: “Do my VS Code settings and extensions carry over to Cursor?”

Mostly, and that is the point of forking VS Code rather than building a new editor. Cursor imports your settings, keybindings and extensions on first launch, so your muscle memory works from day one. The one real caveat is extensions: Cursor pulls from the Open VSX registry rather than Microsoft's official Marketplace, so a handful of proprietary Marketplace-exclusive extensions are unavailable. Before you commit, check the specific extensions your workflow depends on; for most developers everything they use is on Open VSX, and the few gaps have community alternatives.