What Is Database Backup Encryption

Database backup encryption is a security feature that protects your WordPress database backups by encrypting them with a password. When enabled, all new database backups are automatically encrypted, making them unreadable without the correct decryption password.

The workflow is as follows:

• WPvivid exports the WordPress database during backup creation
• The exported database file is encrypted using the configured password
• The encrypted database file is packaged into the backup archive
• During restore, WPvivid requests the password to decrypt the database file

Common Use Cases

Encrypted database backups are strongly recommended in the following scenarios:

• GDPR Compliance
  If you operate in the European Union or store personal data of EU citizens, GDPR requires appropriate technical measures to protect personal information. Encryption helps satisfy these requirements
• Sensitive Data Protection
  Encrypted backups protect sensitive data from unauthorized access, even if backup files are stolen or intercepted. Without your password, encrypted backups are completely unreadable.
• Data Breach Protection
  In the event of a security breach or unauthorized access to your backup storage, encrypted database backups remain secure and unusable without the decryption password.

Encryption Algorithm

WPvivid Backup & Migration Pro uses Advanced Encryption Standard (AES), also known as Rijndael, to secure your database backups. AES is an industry-standard encryption algorithm trusted by governments, financial institutions, and security professionals worldwide.

Key security features:

• AES Encryption:
  Military-grade encryption standard approved by the U.S. National Security Agency
• Strong Key Sizes:
  Supports 128, 192, or 256-bit encryption keys
• Brute-Force Protection:
  Provides guaranteed security against unauthorized decryption attempts
• Industry Standard:
  Same encryption used by banks, government agencies, and major corporations

How to Enable Database Encryption

Step 1: Access Encryption Settings

To enable the database backup encryption:

• Go to WPvivid Backup Pro → Settings
• Locate the Database Encryption section

Step 2: Enable Encryption

• Check the Enable Database Encryption option
• The password field will become active

When encryption is enabled, all new database backups will be automatically encrypted. Existing backups remain in their current state (unencrypted backups stay unencrypted).

Step 3: Set Encryption Password

Create a strong encryption password following these best practices:

• Use at least 12 characters (longer is better)
• Include uppercase and lowercase letters
• Include numbers and special symbols
• Avoid common words, phrases, or personal information

Enter your chosen password in the password field.

Step 4: Save and Verify

• Click Save Changes to activate encryption
• Verify the encryption setting remains checked after saving

From this point forward, all new database backups will be encrypted with your password.

How to Restore Encrypted Backups

Step 1: Select Backup to Restore

On the site where you want to restore the encrypted backup:

• Go to WPvivid Backup Pro → Backup Manager
• Locate the encrypted backup you want to restore
• Click Restore to open the pre-restore configurations

Step 2: Enter the Password and Restore

On the restoration page that opens:

• Click Advanced Settings and locate the Password field
• Enter the same password used to encrypt the backup
• Click Restore icon to begin the restoration process

Step 3: Automatic Decryption and Restoration

WPvivid will automatically decrypt the database during restoration:

• The plugin verifies your encryption password
• The database backup is decrypted during restoration
• Database content is restored to your WordPress installation
• Progress is displayed in real-time

Best Practices for Encrypted Backups

To ensure reliable and secure encrypted backup operations, follow these best practices:

• Use strong, unique passwords for database encryption
• Store encryption credentials in a secure password manager
• Enable remote storage together with encryption for offsite protection
• Test restore procedures periodically to verify encryption workflow
• Maintain multiple encrypted backup versions for redundancy