Platform features
WPFixAgent gives agencies and site owners a clear operating system for WordPress reliability: connect sites, collect baselines, review incidents, queue safe repair actions, and keep every change auditable.
Signed
Connector
5-stage
Repair flow
0
Hosting passwords
Per-site
Repair history
How the feature stack works together
What WPFixAgent does that most WordPress tools don't
Plenty of tools watch your site and email you when something breaks. Here's what happens after that email, on WPFixAgent.
White-screened, unreachable, never even paired? WPFixAgent connects over FTP/SFTP and deploys a standalone rescue file to bring it back -- no working wp-admin, no plugin installed beforehand.
Most monitoring tools can't touch a site that's already down
When malware is found, it's disabled and locked away -- or the plugin is redownloaded from its official source and every tampered file replaced. Not a list of findings for you to act on yourself.
Most security add-ons stop at detection
MU Safe Mode runs before your normal plugin stack loads. The instant it catches a plugin-caused crash, it isolates that exact plugin -- no alert to wait on, no manual restart.
Most tools alert you and wait
Redacted incident context goes to an AI model that explains the likely cause and recommends a specific registered repair playbook -- execution still stays limited to signed, allowlisted actions.
Most "AI features" elsewhere are just a chat assistant bolted on
A dedicated workflow backs up the site, isolates one candidate plugin at a time, tests, and restores automatically -- turning "probably this plugin" into evidence.
Most tools only show you a PHP error log
Malware detection and WordPress core-file integrity checks are computed by WPFixAgent itself against the real wordpress.org release -- no external vendor key required to keep working.
No dependency on a third-party vulnerability feed for core protection
Complete platform coverage
Monitoring, repair, recovery, security intelligence, and team operations stay connected to the exact website and incident that produced the work.
Track connector heartbeat, WordPress and PHP versions, active theme, plugin inventory, update signals, WP-Cron, REST health, disk capacity, database errors, and filesystem writability.
Convert health signals, incidents, update findings, vulnerability matches, and connector failures into a prioritized queue for the affected website.
Send redacted incident context to the configured AI provider for an explanation and a recommended registered playbook. AI output never becomes arbitrary executable code.
Queue known actions directly from issues, including scans, restore points, rewrite flushing, supported cache clearing, Elementor CSS regeneration, and recovery review.
Group eligible low-risk issues into an automatic action queue while leaving malware, database, disk, hosting, and uncertain failures for human review.
Create database and wp-content archives before risky repairs, retain up to three protected local copies, and display the latest restore point per site.
Track analysis, protection, repair, verification, and recovery as one persisted run instead of showing unrelated commands without context.
Run a fresh connector scan, PageSpeed test, or browser smoke check after repair. Failed verification keeps the issue open and can enter rollback when a valid restore point exists.
Use a must-use Safe Mode loader and signed CLI rescue bridge to block a crashing plugin, remove stuck maintenance mode, or restore access when the normal plugin stack fails.
A site can be white-screened or completely unreachable before WPFixAgent was ever connected. Using FTP or SFTP credentials entered once and never stored, WPFixAgent locates the WordPress install and deploys a standalone rescue file to bring it back -- Professional and Agency plans.
Self-built malware detection and WordPress core-file integrity checks -- no third-party security vendor or external API, ever. Findings surface as critical, malware, error, and operational alerts in SaaS and WordPress.
Disable a suspicious file in place -- moved into a locked, non-executable folder with a recovery manifest -- rather than deleted outright, so a false positive is never destructive.
Redownload a plugin or theme's current official WordPress.org release and replace every file -- even without a pending update -- removing anything injected that wasn't part of the real package.
Apply WordPress's own trusted updates with component snapshots first -- a plugin or theme update restores itself automatically on failure; a core or database upgrade requires a verified full restore point from the last 24 hours.
Restore full, database-only, or component-scoped from any local archive, delete obsolete restore points without opening WordPress, and keep up to three protected local copies automatically pruned.
Disable public debug-output exposure and the in-dashboard file editor after snapshotting current configuration, closing two of the most common post-compromise persistence paths.
Keep issue fingerprints, commands, stages, results, timestamps, verification outcomes, rollback status, and organization activity attached to the correct site.
Manage fleets with organization-scoped access, six team roles, account reports, and separate website workspaces for client operations.
One connected operating model
01
Generate a short-lived token for one organization and exchange it for encrypted, site-specific credentials.
02
The site sends signed inventory and health data outbound without exposing a public repair endpoint or requiring hosting credentials.
03
Rules convert health data, incidents, vulnerabilities, and update context into severity-ranked issues and high alerts.
04
Risky playbooks create a restore point before the connector runs a signed, allowlisted action for that website only.
05
A fresh scan and optional independent test determine whether the run completes, remains open, or rolls back.
06
The site dashboard retains repair history, commands, alerts, audit activity, and unresolved escalation context.
No cPanel, FTP, SSH, or database password required for standard pairing
Tenant-scoped websites and signed connector requests
Sensitive values redacted before optional AI diagnosis
Repair history records verification and rollback outcomes
FAQ
No. Monitoring is the starting point. The product also provides an Issue Center, diagnosis, restore points, supported fixes, safe auto-fix, verification, rollback workflows, emergency recovery, alerts, reports, and audit trails.
Yes. Organizations keep websites, roles, incidents, repair runs, alerts, and reports separated by workspace.
No. AI can explain redacted context and recommend a registered playbook, but execution remains limited to signed, allowlisted connector commands.
Standard repair restore points are stored locally inside a protected connector directory. Enterprise deployments can add custom object-storage integration; local copies alone are not disaster recovery.
Unknown malware, server outages, exhausted disks, database-server failures, deleted core files, compromised hosting credentials, and custom-code defects may need a specialist.
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