Does Cursor AI Collect Data? Data Collection Explained

Yes, Cursor AI collects certain types of data, including code inputs, user preferences, and interaction logs, to enhance functionality. However, it offers a Privacy Mode that prevents data storage—ensuring no information is saved once the session ends. Cursor also follows a zero data retention policy, and users can delete their accounts anytime, with all data removed within 30 days. Subprocessors like OpenAI and Anthropic may retain prompts for up to 30 days unless Privacy Mode is enabled.

Understanding Cursor AI Tool

Cursor AI is designed to enhance your writing and coding experience, leveraging advanced technology to assist you effectively. However, understanding how it handles your data is crucial.

Data Privacy and Security Features

One of the key concerns for users is whether Cursor AI collects data during its operation. To address this, Cursor has implemented robust privacy and security features. When using the tool, you can turn on Privacy Mode, which ensures that no data is saved or stored in Cursor’s database when scanning files. This feature guarantees that once your interaction is complete, the data is automatically deleted and not stored in any database or storage system, inline with OpenAI’s zero-data retention policy.

If you opt for Privacy Mode, none of your code will be stored by Cursor or any third-party services, except for OpenAI and Anthropic. They do retain the prompts they receive for a limited time.

Enabling Privacy Mode

To activate Privacy Mode, simply navigate to the settings within the Cursor AI interface. Once enabled, this mode ensures that:

• Your interactions are not collected or stored.
• There is enhanced assurance that your sensitive data remains confidential.

Enabling this feature provides peace of mind, knowing that your creative process—whether writing or coding—is protected. Additionally, users can delete their accounts at any time, leading to the complete removal of all associated data, including indexed codebases within 30 days.

For more information on how Cursor AI simplifies your writing tasks, check out our article on what is the cursor ai tool used for?.

Data Collection by Cursor AI

Understanding how Cursor AI handles data is crucial for users concerned about privacy. This section will address the collection practices and methods related to deletion and retention of your data.

Collection Practices

When using Cursor AI, you might wonder, “does Cursor AI collect data?” The answer is yes, but with specific guidelines in place. Cursor collects information primarily related to code inputs, user interactions, and preferences to enhance the software experience. The data may involve understanding user consent, data management, and cross-border data transfers, underlining the importance of knowing the global implications of using this tool (Arsturn).

Here’s a summary of the types of data collected:

Cursor ensures that privacy mode prevents the persistence of code data among subprocessors like AWS, Cloudflare, and others, guaranteeing enhanced privacy for users (Cursor Security).

Deletion and Retention

Users have complete control over their data and can delete their Cursor accounts at any time. When you choose to delete your account, all data associated with it—including any indexed codebases—will be removed within 30 days (Cursor). This means that any information you’ve contributed will not remain in the system.

Here’s how the deletion and retention process works:

Cursor emphasizes that even when data is uploaded for processing, no plaintext code remains post-request duration. Instead, embeddings and some metadata may be stored, ensuring that user code is not retained (Cursor Forum).

For more insights into what Cursor AI does, check out our piece on what is the cursor ai tool used for?. Understanding these data collection practices can help you make informed decisions regarding your usage and privacy.

Security Measures by Cursor AI

Ensuring the safety of your data is crucial when using any digital tool, including the Cursor AI tool. Below are key security measures that Cursor AI employs to protect user information and maintain a secure environment.

SOC 2 Certification

Cursor is SOC 2 Certified, demonstrating that the platform meets the standards for security, availability, processing integrity, confidentiality, and privacy of the information stored on its servers (Cursor Forum). To be SOC 2 Certified means that Cursor has implemented stringent controls to protect your data and to ensure that the necessary safeguards are in place.

Vulnerability Testing

Cursor requires annual penetration testing by reputable third parties. This testing helps identify potential vulnerabilities within the platform, allowing for prompt remediation to enhance security measures. By undergoing such rigorous assessments, Cursor ensures that it remains vigilant against emerging threats.

The information is further protected through a partnership with multiple subprocessors, including AWS, Cloudflare, Microsoft Azure, and more. These partnerships help maintain a robust infrastructure that is integral to security.

Cursor also maintains a zero data retention agreement with several subprocessors, ensuring that your data is not stored longer than necessary. For those concerned about data privacy, these measures bolster the affirmation that Cursor AI prioritizes user security. For more insights on what Cursor AI can do for you, check out what is the cursor ai tool used for?.

These security measures ensure that you can interact confidently with Cursor AI, knowing that your information is being handled with the utmost care. If you’re worried about safety, you can also read more on whether is cursor ai safe to install? for further reassurances.

Infrastructure of Cursor AI

Understanding the infrastructure of the Cursor AI tool is crucial for determining how it operates regarding data handling. You may be concerned about questions like “does Cursor AI collect data?” To clarify, let’s take a closer look at the server locations and the subprocessors and services Cursor AI utilizes.

Server Locations

Cursor AI primarily hosts its infrastructure on AWS (Amazon Web Services). In addition to the main servers in the US, it has locations in cities such as Tokyo and London, providing a geographically diverse setup. This distribution enhances performance and reliability for users across different regions. Here’s a breakdown of the major server locations:

These server locations ensure that Cursor AI can provide efficient and secure access to its features while adhering to privacy protocols.

Subprocessors and Services

Cursor AI employs several subprocessors to support its operations. Each subprocessor has a specific role, whether in data processing, security, or enhancing AI features. You’ll find names like Cloudflare, Microsoft Azure, and Google Cloud Platform among its partners. They utilize these services to maintain functionality and reliability throughout the platform. Below is a list of notable subprocessors Cursor AI relies on:

Cursor AI maintains a zero data retention agreement with its providers, ensuring that any personal data or code sent to the servers is not permanently stored, especially for users operating in privacy mode. For more detailed insights about what the Cursor AI tool can do, visit our article on what is the cursor ai tool used for?.

AI Features of Cursor AI

Cursor AI is equipped with several features that enhance your coding experience and increase productivity. Two of the standout functionalities are autocompletion and code changes presentation.

Autocompletion Functionality

One of the primary features of Cursor AI is its advanced autocompletion capability. This feature allows you to take advantage of AI-generated code suggestions and improved editing tools. You can enjoy:

• Code Tab Autocompletion: This provides context-aware suggestions based on your current coding context, reducing the time spent on typing and helping prevent errors.
• AI-Generated Code Completion: The AI analyzes your code structure and offers relevant completions, streamlining the coding process for both novice and experienced developers (DataCamp).

Here’s a simple breakdown of the functionalities:

Code Changes Presentation

Cursor AI also excels in presenting code changes. When you make modifications, you can effectively communicate and clarify what has changed by interacting with existing code. This feature allows you to:

• Ask Questions Using the @Mention Option: Engage with the AI about specific parts of your code. This interaction provides the AI with more context, making it easier to suggest improvements or modifications (DataCamp).
• Visualize Changes: See clear presentations of what has been altered in your code, which assists in tracking versions and understanding modifications.

This table summarizes the code changes presentation features:

These innovative features of Cursor AI not only simplify the coding process but also make coding more interactive and collaborative. If you’re curious about how Cursor AI compares with other tools, check out our discussion on is cursor ai better than chatgpt? and is cursor ai vs code?.

User Interaction with Cursor AI

Interacting with the Cursor AI tool offers a seamless experience for users looking to enhance their coding capabilities. This section focuses on how you can engage with code and utilize image inputs effectively.

Interacting with Code

With Cursor AI, you can directly engage with existing code in a unique and intuitive way. The @Mention option allows you to ask questions about specific pieces of code, providing additional context that the AI uses to generate informed responses. This feature not only facilitates clear communication but also helps streamline code modifications.

For instance, if you have a snippet of code that you’re unsure about, you can mention it and ask for explanations or alterations as needed. This interactive dialogue helps you understand your code better and accelerates your development process. You can learn more about the capabilities of Cursor AI in our article on what is the cursor ai tool used for?.

Image Input Support

Cursor AI also supports image inputs within its chat interface. This allows you to upload images such as UI designs and have the AI generate corresponding HTML and CSS code based on your visuals. This feature enhances the versatility of the code editor by bridging the gap between design and development, making it easier for users to translate visual ideas into functional code.

Utilizing these interactive features can help you not only clarify potential coding doubts but also enhance your coding productivity. For deeper insights into the capabilities of Cursor AI, explore related topics such as is cursor ai vs code? or is cursor ai an ai agent?.