How to Secure Cursor
Step-by-step guide to securing your Cursor AI development environment and the applications you build with it.
Cursor Security Context
Cursor is built on VS Code and offers Privacy Mode and .cursorignore for protecting sensitive code. It's SOC 2 compliant, but you should still review AI-generated code for security vulnerabilities.
Security Checklist
Enable Privacy Mode
CriticalUse Cursor's Privacy Mode to prevent code from being sent to AI models for training.
Configure .cursorignore
CriticalAdd sensitive files like .env, credentials, and keys to .cursorignore to prevent AI exposure.
Review AI-generated code
CriticalAll AI-generated code should be reviewed for security vulnerabilities before deployment.
Audit secrets in codebase
CriticalEnsure no API keys, passwords, or tokens are exposed in code that AI might access.
Understand SOC 2 compliance
CriticalVerify Cursor's SOC 2 compliance meets your organization's requirements.
Review extension permissions
Audit what access Cursor has to your VS Code workspace.
Secure workspace settings
Configure workspace settings to not expose sensitive paths.
Audit generated dependencies
Review any packages suggested by Cursor AI for vulnerabilities.
Configure git hooks
Set up pre-commit hooks to catch secrets before they're committed.
Review terminal history
Ensure sensitive commands aren't stored in terminal history.
Enable code signing
Sign commits to verify code authenticity.
Review debug configurations
Ensure debug configs don't expose sensitive environment variables.
Audit workspace trust
Use VS Code's workspace trust feature appropriately.
Review remote connections
Audit any remote development connections for security.
Configure telemetry
Review what telemetry data is sent and configure appropriately.
Run security scan
Use VibeEval to scan your deployed application for vulnerabilities.
Related Resources
Automate Your Security Checks
Let VibeEval scan your application and generate a comprehensive security report.
Scan Your App