In the Marine Corps, we learned threat assessment before we learned to shoot. You cannot defend a position you do not understand. The same applies to your website. Before you can protect your business online, you need to understand what you are actually defending against, and whether your platform's architecture makes that defense possible or perpetually uphill.
WordPress faces approximately 90,000 attacks per minute [1]. That number is not a misprint. It reflects the reality of running the internet's most popular content management system: 43% of all websites worldwide, over half a billion installations, every one of them running on the same core architecture with the same plugin dependency model [2]. Attackers do not need to find you specifically. Automated bots scan the entire internet for known WordPress vulnerabilities, and when they find one, they exploit it at machine speed.
The Scale of the Problem
In 2024, security researchers identified 7,966 new vulnerabilities in the WordPress ecosystem, a 34% increase over the previous year [3]. The cumulative total now exceeds 64,782 tracked vulnerabilities across WordPress core, plugins, and themes [4]. Of the new vulnerabilities discovered in 2024, 96% were found in plugins and 4% in themes. Only seven were in WordPress core itself [3].
This distinction matters. WordPress core is reasonably secure. The problem is that virtually no business runs WordPress core alone. The platform's value proposition depends on extending it through third-party plugins, and those plugins are where the attack surface lives. Nearly 58% of all new WordPress vulnerabilities required no authentication to exploit [3]. An attacker does not need to guess a password or steal credentials. They simply send a crafted request to a known vulnerable endpoint, and they are in.
Sucuri, a major cybersecurity firm, observed over 500,000 websites that became infected in 2024 alone, and acknowledged that figure represents only the tip of the iceberg since it reflects only their own client base [3]. Approximately 13,000 WordPress sites are compromised every day [5]. Ninety-seven percent of these attacks are automated, meaning they are cheap to execute, run continuously, and scale without human intervention [1].
Why the Architecture Creates the Problem
The WordPress security challenge is not a matter of negligence. It is a structural consequence of the platform's design. WordPress relies on an open plugin ecosystem where any developer can publish code that runs on millions of websites. Quality varies enormously. Update cycles are inconsistent. And when a plugin developer abandons a project, the vulnerability remains.
In 2024, more than half of the plugin developers to whom Patchstack reported vulnerabilities did not patch the issue before public disclosure [3]. Approximately 35% of all WordPress vulnerabilities disclosed in 2024 remained unpatched in 2025 [6]. In December 2025 alone, over 150 plugins were removed from the official WordPress repository because of unpatched security issues or developer inactivity [7].
These are not edge cases. This is the normal operating condition of the WordPress plugin ecosystem. Every plugin you install is a dependency on a third-party developer's commitment to ongoing security maintenance. When that commitment ends, and it frequently does, your site inherits the risk.
The financial consequences are concrete. Basic malware removal starts at $3,000 [7]. Small business breaches cost between $25,000 and $75,000 on average [8]. The average data breach across all business sizes reached $4.88 million in 2024, with reputational costs accounting for over 40% of the total [4]. Sixty percent of small businesses that suffer a cyberattack close within six months [7].
What the Alternative Architecture Looks Like
A custom-built website eliminates the plugin dependency model that creates WordPress's attack surface. Instead of bolting on third-party code from dozens of independent developers, every feature is built directly into the application codebase by the same team that built the site. There is no open plugin marketplace introducing unknown code. There is no compatibility matrix between independently maintained software packages. There is no abandoned plugin sitting in your codebase with an unpatched vulnerability.
Modern frameworks like Next.js operate on a fundamentally different security model. The application runs on server-side rendered or statically generated pages with a minimal client-side footprint. API routes are explicitly defined and individually secured. Database access goes through a controlled service layer with row-level security policies. Authentication is handled through established, audited libraries rather than WordPress's cookie-based session system layered with plugin modifications.
The attack surface is smaller by design. There are no PHP files accessible through a public URL. There is no wp-admin login page for bots to target with credential stuffing attacks. There is no xmlrpc.php endpoint enabling brute force amplification. There is no /wp-content/plugins/ directory advertising exactly which software your site runs and which vulnerabilities it might contain.
This does not mean custom sites are invulnerable. No software is. But the threat model is fundamentally different. Instead of defending against 90,000 automated attacks per minute targeting known vulnerabilities in a shared ecosystem, you are defending a unique codebase that automated scanners cannot fingerprint against a public vulnerability database.
The Decision
WordPress security is manageable with dedicated resources: managed hosting, web application firewalls, continuous monitoring, regular patching, plugin auditing, and professional maintenance services. That management costs money and requires ongoing attention. Proactive annual security maintenance runs approximately $750, and professional maintenance plans range from $1,000 to $5,000 per year [9].
The question for your business is whether it makes more sense to invest in continuously defending an architecture that generates 7,966 new vulnerabilities per year, or to build on an architecture that does not carry that structural risk in the first place.
Your website is your front door. The question is whether you want a front door that 90,000 people per minute are trying to kick in, or one they cannot find.
References
[1] HowToWP, "45 WordPress Security Statistics You Should Know in 2025," November 2025. Available: https://howtowp.com/wordpress-security-statistics/
[2] WPZOOM, "How Many Websites Use WordPress in February 2026? WordPress Statistics," February 2026. Available: https://www.wpzoom.com/blog/wordpress-statistics/
[3] Patchstack, "State of WordPress Security in 2025," September 2025. Available: https://patchstack.com/whitepaper/state-of-wordpress-security-in-2025/
[4] WP Security Ninja, "WordPress Vulnerabilities Database 2026: Complete Security Intelligence Guide," January 2026. Available: https://wpsecurityninja.com/wordpress-vulnerabilities-database/
[5] Hostinger, "Top WordPress Statistics for 2026: Market Trends & Insights," January 2026. Available: https://www.hostinger.com/tutorials/wordpress-statistics
[6] Security Boulevard, "WordPress Vulnerability Scanner Reveals How Exposed Your Website Really Is," December 2025. Available: https://securityboulevard.com/2025/12/wordpress-vulnerability-scanner-reveals-how-exposed-your-website-really-is/
[7] Webwize, "Why WordPress Security Updates Actually Matter in 2026," January 2026. Available: https://www.webwize.com/update-wordpress-plugins-themes/
[8] Abbacus Technologies, "WordPress Security in 2025: What Business Owners Should Know," August 2025. Available: https://www.abbacustechnologies.com/wordpress-security-in-2025-what-business-owners-should-know/
[9] iCoderz Solutions, "How Much Does WordPress Site Maintenance Cost in 2025?," August 2025. Available: https://www.icoderzsolutions.com/blog/wordpress-site-maintenance-cost/