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Security: VoxHash/DB_Storage_Manager

Security

docs/SECURITY.md

🔒 DB Storage Manager Security

Security Overview

DB Storage Manager is designed with security as a top priority. All sensitive data is encrypted, and the application operates in a secure, local-only environment.

Data Protection

Credential Encryption

  • Algorithm: Fernet (symmetric encryption, AES 128 in CBC mode)
  • Library: cryptography (Python)
  • Key Management: Master key generated per installation
  • Storage: Encrypted credentials stored locally in user data directory
  • Transmission: No external data transmission
  • Key Storage: Master key stored in .master-key file with restrictive permissions

Safe Mode

  • Default Behavior: Blocks dangerous operations (INSERT, UPDATE, DELETE, DROP, etc.)
  • User Override: Explicit confirmation required to disable
  • Protection: Prevents accidental data modification
  • Query Validation: Validates queries before execution
  • Audit Trail: Logs all operations (planned)

Connection Security

SSH Tunneling (Planned)

  • Encryption: SSH-2 protocol
  • Authentication: Password or key-based
  • Tunneling: Secure remote database access
  • Validation: Connection testing before use

Database Connections

  • Encryption: TLS/SSL for database connections (when supported)
  • Validation: Input sanitization and validation
  • Timeouts: Connection timeout protection
  • Credentials: Never stored in plain text
  • Connection Strings: Encrypted in storage

Privacy

Local-Only Operation

  • No Telemetry: Disabled by default
  • No External Calls: All operations local (except database connections and cloud backups)
  • Data Retention: User-controlled data storage
  • Offline Capable: Works without internet (except cloud backup features)

Data Handling

  • Memory Security: Secure memory handling, credentials cleared after use
  • Temporary Files: Secure cleanup of temporary backup files
  • Logs: No sensitive data in logs
  • Cache: Encrypted cache storage (if implemented)

Security Features

Authentication

  • Local Authentication: System-based authentication (OS level)
  • Session Management: Secure session handling
  • Access Control: File system permissions for data files
  • Audit Logging: Security event logging (planned)

Input Validation

  • SQL Injection: Parameterized queries, input sanitization
  • XSS Protection: Input sanitization for UI
  • Path Traversal: Secure file handling, path validation
  • Buffer Overflow: Python's memory safety, bounds checking
  • Type Validation: Type checking for all inputs

Encryption Details

Fernet Encryption

  • Algorithm: AES 128 in CBC mode
  • Authentication: HMAC-SHA256
  • Key Size: 256 bits (32 bytes)
  • IV: Random 128-bit IV per encryption
  • Padding: PKCS7 padding

Key Management

  • Master Key: Generated using Fernet.generate_key()
  • Key Storage: Stored in .master-key file
  • Permissions: Restrictive file permissions (600 on Unix)
  • Key Rotation: Not currently supported (planned)

Best Practices

For Users

  1. Keep Updated: Always use the latest version
  2. Secure Storage: Use strong system passwords
  3. Network Security: Use VPN for remote connections
  4. Regular Backups: Encrypt backup files
  5. Access Control: Limit user access to application data directory
  6. Safe Mode: Keep safe mode enabled for production databases
  7. Credentials: Use strong database passwords

For Developers

  1. Code Review: Security-focused code review
  2. Dependency Updates: Keep dependencies updated
  3. Security Testing: Regular security audits
  4. Input Validation: Validate all inputs
  5. Error Handling: Secure error messages (no sensitive data)
  6. Encryption: Use established libraries (cryptography)
  7. Secrets Management: Never hardcode credentials

Security Audit

Regular Audits

  • Code Review: Monthly security reviews
  • Dependency Check: Weekly dependency updates
  • Penetration Testing: Quarterly security testing (planned)
  • Vulnerability Scanning: Continuous monitoring (planned)

Reporting Issues

  • Security Issues: Report via GitHub Security Advisories
  • Bug Reports: Use GitHub Issues
  • Responsible Disclosure: Follow responsible disclosure practices
  • Contact: security@voxhash.com (if available)

Compliance

Data Protection

  • GDPR: Privacy by design, local-only operation
  • CCPA: California privacy compliance
  • Local Storage: All data stored locally, user-controlled

Certifications (Planned)

  • Security Audit: Annual third-party audit
  • Penetration Testing: Quarterly testing
  • Code Review: Continuous review
  • Compliance: Regular compliance checks

Security Updates

Update Process

  • Critical: Immediate release
  • High: Within 24 hours
  • Medium: Within 1 week
  • Low: Next scheduled release

Notification

  • Security Advisories: GitHub Security Advisories
  • Release Notes: Detailed changelog
  • Email Alerts: For critical issues (if available)
  • GitHub: Security updates in releases

Known Limitations

Current Limitations

  • SSH Tunneling: Not yet implemented
  • Key Rotation: Master key rotation not supported
  • Audit Logging: Comprehensive audit logging planned
  • Multi-User: Single-user application (planned for future)

Planned Improvements

  • SSH Tunneling: Secure remote connections
  • Key Rotation: Master key rotation support
  • Audit Logging: Comprehensive security event logging
  • Multi-Factor Auth: Additional authentication layers
  • Session Management: Enhanced session security

Security Checklist

Installation

  • Verify Python version (3.10+)
  • Install from trusted source
  • Verify dependencies
  • Check file permissions

Configuration

  • Enable safe mode
  • Configure backup encryption
  • Set secure file permissions
  • Review connection settings

Usage

  • Use strong database passwords
  • Enable safe mode for production
  • Regular backups with encryption
  • Monitor for security updates
  • Review connection logs

Made with ❤️ by VoxHash

DB Storage Manager - Professional database management made simple! 🗄️✨

There aren’t any published security advisories