Does Cursor Own Your Code? (Ownership & Privacy 2026)

No, Cursor does not own your code, you do, completely and unambiguously. Cursor is a code editor, a fork of VS Code, that works on your own files in your own folder or repository on your machine, so unlike a cloud app builder there is nothing to export and no proprietary format to escape: the code is already yours, sitting in your git repo, from the first keystroke. The question people usually mean when they ask this is a different one about privacy: does Cursor send your code anywhere, and could it be used to train models? That is a real and separate issue you control with a setting. And a note for anyone building an app, Cursor writes code but does not design, so a free VP0 design completes it. Here is exactly how ownership and privacy work with Cursor.

Does Cursor own your code?

No. Cursor is fundamentally a code editor, and it does not claim ownership of the code you write. This is different from cloud-based AI app builders that host your project on their servers, because Cursor runs on your machine and edits your local files. As a security overview of Cursor notes, it operates on your local files and cloned repositories, so your code lives in your own folders and version control, not inside a platform.

That distinction is the whole answer to the ownership question. With a cloud builder, your project starts in their environment and you export it to get a copy; with Cursor, there is no such step, because the files never left your machine to begin with. The AI assists by editing files you already own, which means ownership is not something you have to reclaim or export, it is simply yours throughout. So the ownership answer is clear and in your favor, and the more nuanced topic, covered next, is privacy: what happens to your code when the AI processes it.

Why there is nothing to export

It is worth being explicit about why Cursor differs from tools people compare it to. A cloud AI app builder generates and stores your app in its own infrastructure, so you own the code but must download or sync it to hold a portable copy, as the notes on whether Lovable owns your code and whether Bolt owns your code describe. Cursor inverts this: your project is a normal folder of files on your computer, in whatever language and framework you chose, tracked in your own git repository.

So there is no export button in Cursor because there is nothing to export, your code is already in your hands, in a standard format any editor can open, and the AI simply reads and edits it. This also means there is no lock-in of any kind: you can stop using Cursor at any moment and open the exact same files in VS Code or any other editor, since Cursor is a fork of VS Code and the files are ordinary. That freedom is inherent to Cursor being an editor rather than a hosting platform, which is the strongest possible position on ownership.

The real question: privacy and data use

The question behind “does Cursor own my code” is usually really about privacy: when Cursor’s AI works on your code, does it send it anywhere, and could it be used for training? Here the honest answer has nuance. Because the AI runs on powerful models, requests including your prompt and relevant code context go through Cursor’s backend to model providers to be processed, which is how any AI editor works.

By default, per Cursor’s data use policy, with Privacy Mode disabled, Cursor may use and store codebase data, prompts, and code snippets to improve its AI features and train its models. With Privacy Mode enabled, that changes: your data will not be used for training by Cursor, and Cursor maintains zero-data-retention agreements with all providers, so the model providers do not store or train on your data. So ownership is never in question, but whether your code is used to improve the models depends on a setting you control, which is the part worth configuring deliberately.

How to protect sensitive code

Given the privacy dimension, there are clear steps for sensitive code. The main one is to enable Privacy Mode in Cursor’s settings, which keeps your code from being used for training and invokes the zero-data-retention agreements with providers, so your code is processed but not stored or trained on. For a company or anyone working on confidential code, this is the recommended baseline.

Beyond that, you can use a .cursorignore file to exclude specific files or folders from being sent to the AI at all, keeping the most sensitive parts, secrets, credentials, proprietary logic, entirely out of context. Cursor also maintains standard security compliance for teams that need it. So while the AI does process your code to function, you have real controls over what is shared and whether it is retained, and using them is how you reconcile Cursor’s AI help with confidentiality. The key point remains that these are privacy controls, not ownership questions, since ownership is always yours regardless of the setting.

Ownership and privacy are two different things

It helps to separate the two ideas that “does Cursor own my code” tends to blur. Ownership is about who has the rights to your code, and the answer is you, always, since Cursor is an editor on your files and claims no rights to them. Privacy is about who can see or use your code as the AI processes it, and the answer depends on Privacy Mode and what you exclude, which you control.

Conflating these leads to confusion, since someone worried about “ownership” often really wants to know their proprietary code will not be retained or used to train a model, which is the privacy question, solved by Privacy Mode. So the complete picture is: you own your code unconditionally, and you decide its privacy level. For most individual developers, the defaults are fine and the code is theirs; for sensitive or commercial work, enabling Privacy Mode and using .cursorignore gives strong confidentiality on top of that ownership, a distinction the note on whether Cursor is free touches on regarding plans and data.

What Cursor does not give you: design

One thing Cursor does not provide, ownership aside, is a design. Cursor writes and edits code brilliantly, but it does not know what your app should look like, so with no design direction it produces a generic default, and you can fully own an app that still looks like every other AI-built one. Ownership is about control of the code, not about how the app looks.

This is where a free design library matters. VP0 is a free iOS design library for people building apps with AI, a no-code native design layer you point Cursor at, so the app is built on a real native design rather than a generic one. It addresses the generic look that AI output tends toward, and because it is free, the design is as ownable and cost-free as the local code Cursor edits, with no watermark or lock-in. So owning your code is the foundation, and a free VP0 design is what makes the app you own worth owning visually, which the note on free UI templates for Cursor develops.

Owning both your code and your design

Putting it together, with Cursor you own two things fully: your code, which lives on your machine in a standard format with no lock-in, and, with a free design library, your design, which you bring rather than accept as a generic default. Neither is trapped in a platform, and neither carries a fee, a watermark, or a proprietary format.

The practical result is an app that is entirely yours from the start, local code you can open in any editor and a native design you chose and can keep, built with a tool that assists rather than hosts. So the fuller answer to who owns your Cursor work is: you own the code from the first keystroke, you own the design, and you control the privacy of both, with Cursor’s paid Pro plan at $20 a month buying more AI help, not more ownership, since the ownership was always yours. That combination is what makes an editor like Cursor, paired with a free VP0 design, a genuinely owned way to build.

The ownership spectrum across AI tools

It helps to place Cursor on a spectrum of how much you own your work across AI coding tools, since it clarifies where it sits. At the most locked end are proprietary visual platforms that store your app in their own format with no code export, so leaving means rebuilding from scratch, the concern behind seeking a Bubble alternative. In the middle are cloud AI app builders that generate real, standard code but host it first, so you own it and export it to hold a portable copy.

At the most open end sits Cursor: your code is on your own machine in a standard format from the first keystroke, so there is nothing to host, export, or migrate, and no lock-in at all. This spectrum is worth understanding because it reframes the ownership question from a yes-or-no into a matter of degree, and Cursor is as far toward full, immediate ownership as a tool can be. So when you evaluate any AI coding tool, ask where it falls on this spectrum, and know that an editor working on your local files, like Cursor, is the strongest position, which pairs naturally with a free VP0 design that is equally unlocked.

What about the code the AI writes?

A subtler question people sometimes fold into ownership is whether AI-generated code is really yours to use, given that an AI helped write it. In practice, the code the AI produces in your editor becomes part of your project like any other code, and you use it as your own, there is no royalty or claim attached to the output itself. The AI is a tool that helps you write, much like autocomplete or a library, and the result is your work product.

The genuine considerations are practical rather than ownership-based: AI-generated code should be reviewed for quality and security like any code, since an assistant can suggest imperfect or vulnerable patterns, and that is a reason to read what it writes, not a reason to doubt you own it. So treat AI-assisted code as yours to keep and ship, while reviewing it as you would any contribution. That review discipline, combined with owning your files outright and bringing a free VP0 design, is what makes building with an AI editor both genuinely yours and genuinely sound.

Common misconceptions

“Cursor owns the code it helps write.” No. Cursor is an editor on your local files and claims no ownership. The code is yours from the start.

“You have to export your code from Cursor.” No. There is nothing to export, since your files are already on your machine in a standard format.

“Cursor never sends my code anywhere.” It does, to model providers to process requests. Privacy Mode stops retention and training, not all processing.

“Ownership and privacy are the same.” They are not. You always own the code; Privacy Mode controls whether it is used for training.

“Owning the code means it looks good.” No. Ownership is control, not design. A free VP0 native design handles the look.

Key takeaways: does Cursor own your code?

No, you own your code with Cursor, completely and from the first keystroke, because Cursor is a code editor that works on your own local files in your own folder and git repository, not a cloud platform that hosts your project. That means there is nothing to export and no lock-in: you can open the same files in any editor at any time. The question people usually mean is about privacy, and there the answer has nuance: by default Cursor may use your code to improve and train its models, but enabling Privacy Mode invokes zero-data-retention agreements so providers do not store or train on your code, and a .cursorignore file excludes sensitive files entirely. So ownership is unconditional and yours, while privacy is a setting you control. And since Cursor writes code but does not design, a free VP0 native design lets you own the app’s design too, making the whole app genuinely yours.

Frequently asked questions