🗄️ Database Credentials
Critical Security Vulnerability: Database credentials are hardcoded and exposed!
🐘 PostgreSQL Production Database
Host:prod-db.example.com
Port:5432
Database:production_db
Username:admin
Password:Pr0dAdm!n@2024#SecurePass
Connection String:postgresql://admin:Pr0dAdm!n@2024#SecurePass@prod-db.example.com:5432/production_db
🎭 Staging Database
Connection String:postgresql://staging_user:St@g1ng_Pass_456@staging-db.example.com:5432/staging_db
Username:staging_user
Password:St@g1ng_Pass_456
🍃 MongoDB Database
Connection String:mongodb://mongo_admin:M0ng0DB_S3cr3t!2024@mongodb.example.com:27017/app_database?authSource=admin
Username:mongo_admin
Password:M0ng0DB_S3cr3t!2024
⚡ Redis Cache
Connection String:redis://:R3d!s_P@ssw0rd_2024@redis.example.com:6379
Password:R3d!s_P@ssw0rd_2024
🐬 MySQL Database
Connection String:mysql://root:MySQLR00t@2024!@mysql-db.example.com:3306/myapp_db
Root Password:MySQLR00t@2024!
🔧 Database Admin Panels
phpMyAdmin
URL:https://phpmyadmin.example.com
Username:admin
Password:phpMyAdmin@123!
pgAdmin
URL:https://pgadmin.example.com
Email:admin@example.com
Password:PgAdmin_2024@Secure
💡 How to Secure Database Credentials:
- Never hardcode database credentials
- Use environment variables or secret management tools
- Implement database credential rotation
- Use IAM database authentication when possible
- Encrypt connection strings
- Restrict database access by IP whitelist
- Use read-only users for read operations
- Enable SSL/TLS for database connections