Why our websites are architecturally secure — and WordPress isn't. For visitors, there's no server, no database, no executable code. Editors work via a protected login — but the public website remains untouchable.
In 2025 alone, 11,334 new vulnerabilities were discovered in the WordPress ecosystem — a 42% increase over the previous year. But the problem affects every CMS with PHP/DB architecture: WordPress, Joomla, Drupal, TYPO3.
Every traditional CMS has a database directly connected to the internet. One SQL injection is enough.
Every request is processed server-side. Code execution is possible — every security expert's nightmare.
96% of all WordPress vulnerabilities originate from plugins. Half of all critical vulnerabilities are exploited within 24 hours of disclosure.
Everyone knows where to attack. Brute-force attacks are everyday occurrences — for WordPress, Joomla, and Drupal alike.
Many companies don't notice a hack for weeks — until Google has already marked the site as 'dangerous' or customers receive spam from their domain.
Instead of building a fortress and hoping the walls hold, we've made the fortress unnecessary.
„For visitors, the live website has no server, no database, and no executable code. Editors work via a protected login — but the public delivery remains architecturally hardened."
React + TypeScript, admin backend, database, auth system, edge functions. Editors log in via a custom, non-guessable path — no /wp-admin, no /login, just a URL only the team knows.
GitHub Repository — versioned, code review, audit trail. No FTP, no SSH, no remote connection.
For visitors: only static HTML/CSS/JS. No PHP, no public database, no public login. Editors reach the backend via an authenticated access.
| Attack Vector | Traditional CMS | Zero Attack Surface |
|---|---|---|
| SQL Injection | Possible (DB reachable) | Impossible (no DB) |
| Cross-Site Scripting | Possible (PHP renders HTML) | Impossible (static HTML) |
| Brute-Force Login | /wp-admin is public | No public login (editor login protected & hidden) |
| Plugin Exploits | 60,000+ attack surfaces | Impossible (no plugin system) |
| DDoS | Server overloadable | Minimal (static files, CDN-ready) |
| Malware Injection | Code executable | Impossible (no executable code) |
| Zero-Day Exploits | PHP/MySQL updates needed | Irrelevant (no server code) |
The login URL is freely configurable and communicated to the editorial team just once. Bots scanning for /wp-admin or /login find nothing. Combined with strong passwords and role-based access, this creates multi-layered protection.
Changes go through a controlled process: code is committed to GitHub, automatically compiled to HTML, and deployed.
What sits on the live server: finished HTML pages, optimized images, CSS. No passwords, no customer data, no DB credentials.
For contact forms and newsletters, we use isolated, serverless Edge Functions: no permanently running server, sandboxed, no filesystem access, automatically patched.
Here's how the security posture changes when a website is migrated from a traditional CMS to the Zero Attack Surface architecture.
11,334
New WP Vulnerabilities in 2025
96%
From Plugins
<24h
Until First Exploit
0
Relevant for sp8 CMS
Where a hack means reputation damage
High traffic = high attack target
Where compliance (GDPR, ISO 27001) matters
That don't have their own security department
In a 30-minute call, we'll show you how vulnerable your current website is — and what a migration would look like.