Cursor vs VS Code With AI Extensions

Choosing between Cursor and VS Code with AI extensions comes down to how much you want to change the way your team already works. The table sorts that by fit and by the risk each option carries; the matrix under it puts the same trade-off in one view.

Claims are easy to make and hard to trust, so run the honest test. Give Cursor and VS Code with AI extensions the same real task, then watch what each one actually produces.

1. 1Pick a bounded code task with one expected behavior change.
2. 2Run the same prompt and constraints through each tool.
3. 3Capture plan quality, changed files, test result, review load and recovery path.
4. 4Show screenshots or trace excerpts. Do not rely on claims alone.

Use something off your own backlog, not a clean example. Both tools will handle a well-specified change to a small file, so a test built from one of those tells you nothing you didn't already assume. The difference shows up on the messy stuff: the file with the odd historical pattern nobody wants to touch, the change that crosses two layers, the bug whose cause is nowhere near the symptom. That's what your week is actually made of.

And watch the recovery path at least as closely as the result. Every tool gets things wrong sometimes, so the question was never whether it happens, it's what it costs you when it does. Can you see what the agent was working from? Stop it halfway and keep the good part? Tell from the diff alone which bits you asked for and which it decided to throw in? I'd take a tool that fails legibly over one that's right slightly more often and opaque when it isn't.

A comparison is only useful if you can check it against today's prices and behavior. Two habits keep it honest.

Both products here ship often, so anything specific on this page has a shelf life. Treat the feature-level detail as a starting point and check the vendor's own changelog and pricing page before you decide anything on it. That's less a disclaimer than a working habit, honestly. A comparison written six months ago and never rechecked is the single most common reason teams end up arguing about a limitation that quietly got fixed.

Cursor ships often, so here is the current state of the surfaces this page touches. Each row links to the source where you can confirm the detail.

Mechanically, less than the editor-change row above implies. Cursor is a VS Code fork and ships the same default shortcuts, and it has a one-click import: open Cursor Settings with Cmd/Ctrl + Shift + J, go to General then Account, then click Import under VS Code Import. Extensions, themes, settings and keybindings come across in one batch.

Nothing forces a clean break either. Cursor installs as its own application and both editors can open the same projects, so a trial costs a dock icon and some disk. If you want finer control than the batch import gives you, export one VS Code profile and import that instead. Our migration walkthrough covers both paths.

So the switching cost is real, and it is nowhere near the keystrokes, which is where most comparisons put it. The time goes on the part no import handles: deciding which work goes to the agent, and writing down the rules file everyone is supposed to share.

None of that arrives with the settings.

Which is why a two-week trial that measures whether people can still find their keybindings tells you almost nothing. They can. It is a fork of the editor they were already using.

The dull ones. Cursor installs extensions from the Open VSX registry rather than the VS Code Marketplace, and the two catalogues do not line up. Many popular extensions are on Open VSX, some are not listed there at all, and a few that are do not behave identically.

Name the two or three you would refuse to work without, then check each on Open VSX before you move your daily driver across rather than after. Language servers and linters are the ones I would check first, because a missing theme is an afternoon of irritation while a missing language server is a week of people quietly not switching.

And that gap is a more common reason a trial fails than anything about the agent. Someone installs Cursor, hits a hole in their own toolchain on day two, goes back to VS Code and reports that the agent seemed fine. Nothing about the agent was tested.

Check the registry first. It takes ten minutes and it protects the rest of the evaluation.

Surfaces built on the assumption that the agent is the main event rather than a panel inside something else. Plan Mode is the clearest case. You rotate into it with Shift+Tab from the chat input, and it researches the codebase and writes a plan you can correct before any code exists.

The Agents WindowCursor's surface listing your agent runs; open a run to read its diff and search transcripts from the command palette. Press Enter for the full definition. runs parallel cloud agents, collects their diffs and pull requests in one place and gives each one an isolated worktree. /review runs BugbotCursor's automated PR reviewer that posts inline findings and can push fix commits from isolated VMs. Press Enter for the full definition. or Security Review over your changes before you push. /in-cloud hands the next task to a subagent on its own branch. Whether any of that justifies an editor move depends on how much multi-file work your week actually contains.

Be sceptical of that claim in both directions. A team doing mostly completions will not feel the difference at all, and a team doing multi-file changes tends to feel it inside a week. Not much middle ground, I think, and no feature table can tell you which side of it you are on.

Go and look at last month's pull requests. That is roughly the answer.

Around the point where more than one person has to be handed the same setup. A team assembling AI from extensions gets whatever controls each extension happens to expose, configured per developer, across as many settings surfaces as there are extensions.

The instinct is to call that a tidiness problem, and it partly is. Actually the sharper version is a question you cannot answer quickly: when somebody asks which models your code is being sent to, the answer has to be assembled extension by extension, machine by machine, and it changes whenever anyone updates anything.

That is an argument for one control surface rather than a claim about any particular extension. On the Cursor side those controls sit together: an admin dashboard with SSOSingle Sign-On. One company login (usually via SAML or OIDC) instead of a separate password per tool. Press Enter for the full definition. on Teams, groups that scope model, spend and agent permissions, a team-wide spending limit, and Privacy ModeCursor's setting that guarantees code data is not used for training by Cursor or its model providers, and that an admin can enforce org-wide; data-retention terms are a separate, contractual layer. Press Enter for the full definition.. Enterprise adds SCIMSystem for Cross-domain Identity Management. A standard for automatically creating and removing user accounts when people join or leave. Press Enter for the full definition. and customer-managed encryption keys.

Below about five people, honestly, extensions are fine and the governance argument is noise. One person's config is the standard by definition. The break arrives the first time a new joiner has to be set up by somebody who did not choose the setup and cannot explain half of it.

Uneven agent behaviour across a team is harder to notice than a missing feature, too, because each developer assumes their own configuration is simply what the tool does.

When the editor change is the blocker rather than the point. If your week is completions and single-file edits, the depth argument for a dedicated AI editor is thin, and the sensible move is to stay put and revisit when the shape of the work changes.

The other case is a toolchain you cannot move. An extension your CI expects everyone to run, a debugger setup nobody wants to rebuild, a workflow wired to something that only exists on the Marketplace. Those are better reasons to stay than any feature-by-feature score, and they are the ones a scorecard never captures.

Both applications can sit on the same project anyway, so nothing here has to be settled in one direction forever. Install one, leave the other where it is, and let a month of ordinary work decide which one people reach for first.