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Security: HxHippy/PWGen

Security

SECURITY.md

Security Policy

πŸ›‘οΈ Security Overview

PwGen takes security seriously. This document outlines our security practices, how to report vulnerabilities, and our response process.

πŸ”’ Supported Versions

We provide security updates for the following versions:

Version Supported
1.x.x βœ… Yes
0.x.x ❌ No (Development)

🚨 Reporting a Vulnerability

Where to Report

DO NOT create public GitHub issues for security vulnerabilities.

Instead, please report security issues via:

  • Email: security@example.com (replace with actual contact)
  • Subject: [SECURITY] Brief description of the issue
  • Encryption: Use our PGP key for sensitive reports (key ID: coming soon)

What to Include

Please include the following information:

  1. Description of the vulnerability
  2. Steps to reproduce the issue
  3. Potential impact and severity assessment
  4. Affected versions (if known)
  5. Proof of concept (if applicable)
  6. Suggested mitigation (if you have ideas)

Response Timeline

  • Initial Response: Within 24-48 hours
  • Assessment: Within 1 week
  • Fix Development: Depends on severity (see below)
  • Public Disclosure: After fix is released

Severity Levels

  • Critical: Fix within 24-48 hours
  • High: Fix within 1 week
  • Medium: Fix within 2-4 weeks
  • Low: Fix in next regular release

πŸ” Security Architecture

Encryption Standards

  • Algorithm: AES-256-GCM for symmetric encryption
  • Key Derivation: PBKDF2 with SHA-256, minimum 100,000 iterations
  • Random Generation: Cryptographically secure random number generation
  • Memory Protection: Secure memory handling and zeroization

Data Protection

  • At Rest: All sensitive data encrypted in SQLite database
  • In Memory: Sensitive data cleared after use
  • In Transit: No network transmission of sensitive data (local-only)
  • Backups: Encrypted with same standards as main database

Authentication

  • Master Password: Required for all vault access
  • No Storage: Master password never stored, only derived key
  • Session Management: Automatic timeout and manual lock
  • Brute Force Protection: Rate limiting and secure key derivation

πŸ› οΈ Security Features

Built-in Protections

  • Memory Safety: Rust's ownership model prevents buffer overflows
  • Input Validation: All user inputs validated and sanitized
  • Error Handling: No sensitive information in error messages
  • Audit Logging: All access and modifications logged
  • Integrity Checks: Database integrity verification

Security Hardening

  • Minimal Dependencies: Reduced attack surface
  • Static Analysis: Regular security scanning
  • Code Review: Security-focused code review process
  • Testing: Security-specific test cases

πŸ” Security Testing

What We Test

  • Cryptographic Implementation: Verification of encryption/decryption
  • Key Derivation: PBKDF2 implementation and parameters
  • Memory Management: Proper zeroization of sensitive data
  • Input Validation: Fuzzing and boundary testing
  • Authentication: Master password verification
  • Database Security: Encrypted storage verification

External Audits

We welcome security researchers and auditors to review our codebase. If you're interested in conducting a security audit, please contact us.

πŸš€ Secure Development Process

Development Practices

  • Secure by Design: Security considerations from initial design
  • Code Review: All code reviewed for security issues
  • Static Analysis: Automated security scanning in CI/CD
  • Dependency Scanning: Regular vulnerability scanning of dependencies
  • Threat Modeling: Regular threat assessment updates

Release Process

  • Security Testing: All releases undergo security testing
  • Vulnerability Scanning: Automated scanning before release
  • Dependency Updates: Regular updates to address vulnerabilities
  • Security Documentation: Updates to security documentation

πŸ“‹ Security Checklist for Contributors

When contributing to PwGen, please ensure:

  • No hardcoded secrets or credentials
  • Proper input validation and sanitization
  • Secure error handling (no information leakage)
  • Appropriate use of cryptographic functions
  • Memory safety and secure deletion
  • Documentation of security-relevant changes

πŸ”— Security Resources

Documentation

Dependencies

Our cryptographic dependencies:

  • ring: Cryptographic primitives
  • sqlx: Database driver with prepared statements
  • zeroize: Secure memory clearing
  • uuid: Secure UUID generation

πŸ… Security Hall of Fame

We recognize security researchers who help improve PwGen's security:

Be the first to contribute to our security!

βš–οΈ Responsible Disclosure

We believe in responsible disclosure and will:

  • Acknowledge your contribution publicly (if desired)
  • Credit you in release notes and documentation
  • Work with you on disclosure timeline
  • Provide updates on fix progress

We ask that you:

  • Give us time to fix issues before public disclosure
  • Provide reasonable detail to help us understand the issue
  • Avoid accessing or modifying other users' data
  • Don't perform testing that could harm users or systems

πŸ“ž Contact Information

  • Security Email: security@example.com (replace with actual)
  • General Issues: GitHub Issues (for non-security issues)
  • Discussions: GitHub Discussions

πŸ”„ Updates to This Policy

This security policy may be updated periodically. Check the Git history for changes and updates.


Thank you for helping keep PwGen secure! πŸ›‘οΈ

There aren’t any published security advisories