• Memory Safety: Rust's memory safety prevents common vulnerabilities like buffer overflows
• Type Safety: Strong typing prevents many classes of bugs
• Input Validation: All user inputs are validated and sanitized
• Secure Communication: HTTPS/TLS for all network communications
• Credential Management: Secure storage of Git credentials
• Content Security Policy: CSP headers protect against XSS attacks

• Unsafe Code: Forbidden at workspace level (unsafe_code = "forbid")
• CSP Headers: Configured in Tauri application
• File System Access: Restricted to necessary directories only
• Network Access: Limited to required Git operations

Please do not report security vulnerabilities through public GitHub issues.

If you discover a security vulnerability in GitIT, please follow these steps:

1. Email us directly: Send a detailed report to vysonis@tuta.io

2. Include the following information:

   • Description of the vulnerability
   • Steps to reproduce the issue
   • Potential impact and severity assessment
   • Any potential fixes or mitigations you've identified
   • Your contact information for follow-up

3. Response Timeline:

   • Initial Response: Within 48 hours
   • Investigation: Within 7 days
   • Fix Timeline: Depends on severity (see below)
   • Public Disclosure: Coordinated with reporter

• Keep GitIT Updated: Always use the latest version
• Verify Downloads: Check signatures and checksums
• Secure Credentials: Use SSH keys or secure credential storage
• Review Permissions: Be aware of repository access permissions
• Report Issues: Report any suspicious behavior

• Code Review: All code must be reviewed before merging
• Static Analysis: Use security-focused linters and tools
• Dependency Scanning: Regular vulnerability scans of dependencies
• Testing: Include security tests in test suite
• Documentation: Document security considerations

• Dependency Vulnerability Scanning: Regular scans using cargo audit
• Code Analysis: Static analysis with security-focused tools
• Memory Safety: Rust's built-in memory safety checks
• Input Fuzzing: Fuzz testing for input validation

• Code Review: Security-focused code reviews
• Architecture Review: Regular security architecture reviews
• Penetration Testing: Periodic penetration testing
• Third-party Audits: External security audits for major releases

• Local Storage: All Git data is stored locally
• No Telemetry: No user data is collected or transmitted
• Credential Storage: Credentials stored using system secure storage
• Repository Access: Limited to user-specified repositories

• HTTPS Only: All network communications use HTTPS
• Certificate Validation: Proper SSL/TLS certificate validation
• No Proxy Bypass: Respect system proxy settings
• Firewall Friendly: Works with standard firewall configurations

• Code Signing: All releases are cryptographically signed
• Secure Distribution: Downloads served over HTTPS
• Integrity Checks: Checksums provided for all releases
• Auto-updater: Secure update mechanism using Tauri's updater

// Workspace-level security configuration
[workspace.lints.rust]
unsafe_code = "forbid"  // Forbid unsafe code at workspace level

{
  "app": {
    "security": {
      "csp": null  // Content Security Policy configuration
    }
  }
}

1. Detection: Monitor for security incidents
2. Assessment: Evaluate severity and impact
3. Containment: Prevent further damage
4. Investigation: Determine root cause
5. Remediation: Fix the vulnerability
6. Communication: Notify affected parties
7. Recovery: Restore normal operations

• Security Team: vysonis@tuta.io
• Emergency Contact: For critical issues, contact maintainers directly

Please Note: This email should only be used for security-related issues. For general support or feature requests, please use our regular issue tracker.