WordPress security that actually works
Generic WAFs and virtual patches don’t stop vulnerability exploits
Patchstack works with all popular webhosts
Your hosting customers are under attack right now
Of 7,966 new WordPress vulnerabilities discovered in 2024, 96% target plugins – completely invisible to WAFs. WAFs only see traffic, not context. WordPress logic sits outside their visibility – and that’s where attackers strike.
The result
Compromised sites, emergency patching, and customer churn.
The solution
Application-layer protection that understands WordPress from the inside out.
“In the first month, Patchstack has blocked 631.5k+ threats across sites using WP Umbrella. We also converted 4.5% of sites to our Patchstack-powered add-on, creating an additional revenue stream.”
Enterprise performance proven at scale
Most WordPress security tools miss the application layer, where almost all attacks happen. Patchstack fixes this with real-time, context-aware protection that understands WordPress from the inside out.
50,000+
WordPress sites protected simultaneously
96%
Plugin vulnerabilities invisible to WAFs
0.11ms
Response time (PHP 8+)
99.9%
Uptime SLA
The result
99% fewer false positives, 94% fewer security incidents, and $39K annual savings per dev team. Implementation takes 4 weeks with zero infrastructure changes.
Proven across 50,000+ WordPress installations
Patchstack delivers exceptional performance, maintaining lightning-fast response times that consistently stay under 0.11ms when deployed on PHP 8+ environments. Memory usage remains very low at under 2MB per installation, with the added benefit of linear scaling as your infrastructure grows. Even during peak traffic periods, CPU overhead stays at below 0.1%.
What sets Patchstack apart from traditional pattern-based WAFs is its accuracy, achieving false positive rates of under 0.01% compared to the industry standard of 5-15%. This means legitimate traffic flows seamlessly while genuine threats are effectively blocked. Patchstack maintains a robust 99.9% uptime SLA backed by global redundancy infrastructure, providing the dependable protection your business demands.
System requirements
- PHP 7.4+ (8.0+ recommended)
- <2MB memory per WordPress installation
- MySQL 5.6+ / MariaDB 10.0+
- Outbound HTTPS only
- All major hosting platforms supported
Why network-level security fails for WordPress
Traditional WAFs see HTTP traffic but miss WordPress context. Consider this scenario:
What your WAF sees
Identical HTTP POST to admin-ajax.php with file data
Reality
One is legitimate maintenance, one is a compromise in progress
Your WAF's response
Either blocks both (breaking customer sites) or allows both (missing attacks)
This isn't a configuration problem. It's an architectural limitation.
Network-level firewalls see these requests as identical:
- Same HTTP endpoints (/wp-admin/admin-ajax.php)
- Similar payload structures (action parameters and file data)
- Matching request headers and authentication cookies
But they can't distinguish context:
- What permissions does this user actually have?
- Is this plugin version vulnerable to this specific attack?
- Should this file type be allowed for this user?
- Is this part of a legitimate admin workflow?
Common false positive scenarios include:
- Theme customizations get blocked as "code injection"
- Plugin updates look like malicious file uploads
- Normal content management triggers "SQL injection" alerts
- Media uploads appear to be backdoor attempts
Patchstack
WordPress application logic
User permissions & roles
Plugin versions and vulnerabilities
Complete WordPress context
Traditional WAF
HTTP traffic patterns
Generic request signatures
Network-level data
WordPress context
How application-layer protection works
Context-aware protection:
- Each WordPress installation gets isolated protection that won't interfere with other sites
- User sessions are tracked across your entire infrastructure in real-time
- Integrates with enterprise SSO and RBAC systems you're already using
- Context caching keeps latency under 0.11ms
Software Composition Analysis
We scan every WordPress site to identify installed plugins, themes, and core versions, then match against known vulnerabilities to deploy targeted protection where needed.
Patchstack continuously tracks:
- WordPress core versions and update status
- Every active plugin with precise version numbers
- Theme details, including customizations
- Database schemas analyzed for configuration vulnerabilities
Virtual patching architecture
Virtual patches operate at the application layer to prevent exploitation without modifying core WordPress files or plugin code.
When we detect a vulnerability, we develop a virtual patch, test it, and deploy it automatically to affected sites, usually within minutes.
“Over the last 6 months, Patchstack has protected our users from 1.3 million vulnerabilities.”
Why Patchstack just works
Proven track record
#1 vulnerability discloser of all time globally
Comprehensive coverage
12,000 virtual patches available
Speed advantage
Minutes to protection (not hours or days)
Platform support
WordPress, WooCommerce, and more
Four integration points, no infrastructure changes required
WordPress Connector
Lightweight plugin (auto-installed via API)
Hosting Integration
RESTful API connects to your management systems
WP-CLI Integration
Bulk deployment and management
Control Panel Widget
iFrame integration for customer dashboards
Data flow
Your hosting platform
Works with cPanel, Plesk, and custom interfaces. No changes to load balancers, CDNs, or caching.
Ongoing support
Dedicated Slack channel, 24/7 technical support, quarterly reviews
Risk mitigation
Phased rollout with staging environment testing, customer pilot program, full rollback capability
Operational efficiency gains
Security team benefits
- No more manual vulnerability tracking – protection deployed automatically
- 99% fewer false positive alerts to investigate
- Compliance reports generate themselves
Development team benefits
- Less time spent on security-focused code reviews
- No more emergency WordPress updates
- Security checks run automatically in development
- Automated security reports are ready for audits
Infrastructure cost optimization
- Fewer security alerts to investigate
- Less storage is needed for security logs
- Emergency backups become rare
- Support tickets drop significantly
Still relying on a WAF? Start your security assessment.
Remember, if your WAF can’t see it, it can’t stop it. Let’s fix that.


