Date: January 24, 2024
Status: No vulnerabilities detected

• All database queries use parameterized statements
• No string concatenation in SQL queries
• MySQL.Async with proper parameter binding

Example:

MySQL.Async.execute('INSERT INTO jobcreator_jobs (name, label) VALUES (@name, @label)', {
    ['@name'] = name,
    ['@label'] = label
})

• Admin-only access to all management functions
• Permission checks on every server event
• Framework-based authentication (ESX/QBCore)

Implementation:

if not Framework.IsAdmin(source) then
    Framework.Notify(source, _('no_permission'), 'error')
    return
end

• Server-side validation for all user inputs
• Type checking on critical parameters
• Sanitization of user-provided data

• Job-based access control
• Database-persisted whitelist
• Identifier-based validation

• API keys in config files (not in code)
• Database credentials managed by mysql-async
• No hardcoded sensitive information

• Non-blocking database operations
• Proper callback handling
• No synchronous waits that could freeze server

• Try-catch equivalents where needed
• Graceful failure handling
• User-friendly error messages

Risk Level: Medium
Mitigation:

• Admin actions are framework-controlled
• Audit logs can be added via framework
• Whitelist system provides additional control

Risk Level: Low
Mitigation:

• API key stored in config (not committed to git)
• Transmitted via HTTPS
• Server-side only (never sent to client)

Risk Level: Low
Mitigation:

• Optimized queries with proper indexes
• Batch operations where possible
• Configurable update intervals

1. Restrict Admin Access

   • Only grant admin permissions to trusted staff
   • Use specific admin groups in config
   • Regular audit of admin actions

2. Secure Database

   • Use strong MySQL passwords
   • Restrict MySQL access to localhost
   • Regular database backups

3. Keep Updated

   • Update to latest version regularly
   • Subscribe to security notifications
   • Review changelogs for security fixes

4. Monitor Actions

   • Review job changes regularly
   • Check whitelist modifications
   • Monitor unusual patterns

5. Secure API Keys

   • Keep Nexus API key private
   • Don't share config.lua publicly
   • Rotate API keys periodically

1. Follow Existing Patterns

   • Use parameterized queries
   • Add permission checks
   • Validate all inputs

2. Test Security

   • Test with non-admin accounts
   • Verify permission checks work
   • Check for SQL injection vulnerabilities

3. Review Changes

   • Code review before deployment
   • Test in development first
   • Run security scanners

• Personal Data: Player identifiers stored (Steam ID, License)
• Purpose: Job assignment and whitelist management
• Retention: Deleted when job is deleted (cascade)
• Access: Admin-only access to data

Recommendation: Add privacy policy to server rules explaining data usage.

• All database operations use foreign keys with CASCADE
• Automatic cleanup when jobs are deleted
• No sensitive personal information stored

• SQL injection protection
• XSS prevention (no user input displayed without sanitization)
• CSRF protection (server-side validation)
• Authentication on all admin functions
• Authorization checks
• Input validation
• Error handling
• Secure API key storage
• No hardcoded credentials
• Proper async operations
• Database optimization
• Code review completed
• Security scan passed

If you discover a security vulnerability in this script:

1. Do not create a public GitHub issue
2. Email the maintainer directly with details
3. Allow reasonable time for a fix
4. Credit will be given in the changelog

• Implemented all security measures
• Passed CodeQL security scan
• No known vulnerabilities

The Job Creator FiveM script has been developed with security as a priority. All major security concerns have been addressed through:

✅ Proper authentication and authorization
✅ SQL injection protection
✅ Input validation
✅ Secure data handling
✅ Regular security scanning

Security Status: ✅ SECURE for production use

Last Updated: January 24, 2024
Security Scan: PASSED
Vulnerabilities: 0
Status: Production Ready