Encryption & Security
Security best practices and encryption information for LuaBeans - Community Manager.
Overview
LuaBeans implements multiple layers of security:
Code Protection - Obfuscation and escrow protection
Data Encryption - Encrypted data transmission
Authentication - Discord OAuth2 secure authentication
Authorization - Role-based access control (RBAC)
API Security - Token-based API authentication
Code Protection
Asset Escrow
LuaBeans resources may use Asset Escrow:
Tebex Asset Escrow - Industry standard protection
Code Obfuscation - JavaScript and Lua code obfuscation
License Verification - Server-side license checking
See Asset Escrow Guide for more information.
Build Protection
When building for distribution:
JavaScript code is obfuscated
Sensitive data is excluded
API keys are protected
Source code is protected
Data Encryption
HTTPS/SSL
Always use HTTPS in production:
SSL Certificates - Valid SSL certificates required
TLS Encryption - Minimum TLS 1.2
Certificate Validation - Verify certificates are valid
Force HTTPS - Redirect HTTP to HTTPS
Database Encryption
Database connections use encryption:
SSL/TLS - Encrypted database connections
Password Protection - Strong database passwords
Access Control - Database user permissions
Backup Encryption - Encrypted database backups
Authentication
Discord OAuth2
Discord OAuth2 provides secure authentication:
OAuth2 Flow - Standard OAuth2 authorization
Session Management - Secure session handling
Token Security - Protected token storage
Scope Limitation - Minimal required permissions
API Authentication
API endpoints use Bearer token authentication:
Token Generation - Secure random tokens
Token Storage - Protected token storage
Token Validation - Server-side validation
Token Rotation - Regular token rotation
Authorization
Role-Based Access Control (RBAC)
RBAC provides granular permissions:
Permission System - Fine-grained permissions
Role Mapping - Discord role to permission mapping
Department Access - Department-based access control
Admin Override - Admin override capabilities
Security Best Practices
Environment Variables
Protect sensitive configuration:
API Keys
Protect API keys:
Never expose API keys in client-side code
Rotate regularly - Change keys periodically
Use environment variables - Store in
.envfileLimit access - Only grant necessary permissions
Database Security
Secure database access:
Strong passwords - Use complex passwords
Limited access - Restrict database user permissions
Regular backups - Encrypted backups
Connection encryption - Use SSL/TLS
Server Security
Secure server configuration:
Firewall - Configure firewall rules
Updates - Keep system updated
Monitoring - Monitor for security issues
Logs - Review logs regularly
Compliance
Data Protection
User Privacy - Protect user data
Data Retention - Clear data retention policies
GDPR Compliance - Follow GDPR requirements
Access Logs - Maintain access logs
Backup Security
Secure backups:
Encryption - Encrypt backup files
Access Control - Limit backup access
Offsite Storage - Store backups securely
Regular Testing - Test backup restoration
Incident Response
Security Incidents
If a security incident occurs:
Identify - Identify the issue
Contain - Contain the threat
Assess - Assess the damage
Notify - Notify affected users
Remediate - Fix the issue
Review - Review and improve
Reporting Issues
Report security issues:
Private disclosure - Report privately
No public disclosure - Until fixed
Provide details - Include reproduction steps
Responsible disclosure - Allow time to fix
Related Documentation
Asset Escrow - Code protection
Deployment - Production security
Security Best Practices - Advanced security
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