Recover Control of Your Hacked WordPress Website

WordPress hack recovery is a systematic security process that contains threat variables, preserves logs, overwrites modified core files, cleans option tables, revokes unauthorized admins, resets salts, and applies post-compromise hardening configurations to restore site trust.

Malware scanners look for file signature matches on the disk. Hack recovery focuses on the entire threat layer: invalidating active sessions, deleting unauthorized admin records, correcting database configuration options, and analyzing server access logs to identify entry points.

Malware returns because the cleanup did not address persistence vectors (such as scheduled WP-Cron tasks or hidden PHP shells) or because the attacker retains access via active user sessions, database passwords, or hosting FTP/SFTP credentials.

You should preserve HTTP access logs (Apache/Nginx), FTP/SFTP logs, SSH login histories, and PHP error logs. These records contain IP addresses, request paths, and script execution errors that show when and how the site was compromised.

Yes. If you do not have a backup, we perform file sanitization. We replace modified core files and plugins with clean copies from official repositories, and manually scrub template modifications and option tables without losing site database records.

Core file integrity is verified by comparing local file checksum hashes (MD5/SHA) directly against the hashes of official releases provided by WordPress.org's API. Discrepancies indicate that file configurations have been modified.

To overwrite modified core files, download the matching version archive from WordPress.org, extract the contents, delete existing wp-admin and wp-includes directories, and upload the new clean folders. Do not overwrite wp-content.

Inside wp-content, you must inspect plugin directories, active theme templates (particularly functions.php and header files), uploads paths, and look for Must-Use plugins inside the mu-plugins directory.

Uploads folders must be write-enabled to allow media uploads. If the folder does not block script execution, attackers can upload and execute arbitrary PHP files (backdoors) directly via web requests.

Database option injections are cleaned by querying options tables like wp_options for script tags, serialized payloads, or redirect parameters, and restoring clean configuration parameters.

You can identify unauthorized admin accounts by checking the users list inside your WordPress dashboard, or by running SQL queries against the wp_users and wp_usermeta tables to list accounts with administrator capabilities.

Security keys and salts encrypt user cookies. Resetting these constants inside wp-config.php invalidates all active session tokens, forcing all users (including logged-in attackers) to log out immediately.

You must rotate passwords for all WordPress administrators, the database connection user, SSH/FTP system users, hosting management panels, and reset all API integration credentials.

Persistent backdoors are located by scanning filesystems for functions like eval(), base64_decode(), or gzinflate(), and checking configurations in server system files like .htaccess or nginx.conf.

A WP-Cron backdoor is a scheduled database event that runs an automated task callback. If malware files are deleted, this task triggers a script execution to download and rebuild the malware files. You remove it by checking and unregistering cron jobs.

To remove search engine warnings, clean all redirects, doorway pages, and database malware. Next, verify your domain in Google Search Console, review security alerts, and submit a formal request for review to clear the blacklist label.

Remove fake posts, pages, and dynamic route options generated by the hack. Next, check your .htaccess file for rewrite rules directing search bots to spam files, and submit a updated XML sitemap to Google Search Console to overwrite bad URLs.

On shared hosting accounts, multiple sites share the same user directory. If one site has a vulnerability, attackers can traverse folders to inject backdoors and corrupt other installations hosted on the same account.

WooCommerce recovery requires isolating and validating current database transaction records, orders, and customer records while replacing all core application code files with clean assets, preventing data loss.

Multisite recovery requires reviewing Super Administrator accounts, checking configuration constants, sanitizing options tables across sub-sites, verifying cross-directory link paths, and restoring clean core files.

You can disable theme and plugin file editing by adding define('DISALLOW_FILE_EDIT', true); to your wp-config.php file. This prevents users (including compromised administrators) from editing code files via the dashboard.

Secure file permissions require directories to be set to 755 and files to be set to 644. The wp-config.php file should be set to 600 or 640 to prevent read access by other server users.

A WAF inspects incoming web requests and blocks SQL injections, cross-site scripting (XSS), and backdoor commands at the edge before they reach your WordPress server.

Yes. Changing the default wp_ database prefix to a random combination makes it harder for attackers to execute SQL injection attacks against standard table configurations.

Most compromises result from outdated plugin or theme software containing vulnerabilities, weak administrator credentials, or utilizing nulled (pirated) software templates containing backdoors.

Access Google Search Console, open the settings page, select Users and Permissions, and review the accounts list. Verify ownership verification files on your server (HTML files or TXT records) and remove suspicious entries.

You can block PHP execution in uploads folders by creating a .htaccess file inside the wp-content/uploads/ directory containing rules to disable script execution, or by writing server level rules for Nginx.

Triage and isolation are executed immediately. Overwriting files, database sanitation, credentials rotation, and search engine whitelist submission are completed within 12 to 24 hours depending on the site size and scale.

After recovery, enable two-factor authentication, disable file edits, configure automated backup tasks, run daily file checksum checks, and monitor database user registers to prevent recurring compromises.