Why Static Websites Are the Better Choice

The WordPress Problem

WordPress powers over 40% of all websites worldwide. It is an impressive ecosystem with thousands of plugins and themes. But for many use cases, it is the wrong choice — especially for corporate websites, portfolios, and blogs that do not require dynamic user interactions.

The problems are structural in nature:

Security

WordPress is the most attacked CMS in the world. Every WordPress installation is a running PHP application with a database connection. Every plugin extends the attack surface. Outdated plugins are the most common entry vector for hackers.

A typical WordPress site has 20-30 plugins installed. Every single one must be kept up to date. If just one plugin goes unpatched, the entire site is at risk. SQL injection, cross-site scripting, and remote code execution are not theoretical risks — they are daily reality.

Performance

With every page request to a WordPress site, the following happens:

1. The web server receives the request.
2. PHP is started and interprets the code.
3. Multiple database queries are executed.
4. The theme renders the page.
5. Plugins add their functionality.
6. The finished HTML page is sent to the browser.

This process typically takes 200-800 milliseconds — for every single request. Caching can mitigate this but adds another layer of complexity.

Maintenance Overhead

WordPress requires continuous care: core updates, plugin updates, theme updates, PHP version updates, database backups, security monitoring. Running a WordPress site essentially means running a server application — with everything that entails.

What Static Site Generators Do Differently

A Static Site Generator (SSG) takes a fundamentally different approach. Instead of dynamically generating pages with every request, all pages are generated once during the build process. The result is simple HTML, CSS, and JavaScript files.

Content (Markdown) + Templates (HTML) → Build Process → Static Files

There is no server executing code. No database. No plugins running with every request. The web server simply delivers finished files — the way the web originally worked.

Hugo: The Fastest Static Site Generator

Hugo is a static site generator written in Go and one of the fastest of its kind. A site with 1,000 pages is built in under one second. Hugo provides:

• Go templates: A powerful templating system for layouts, partials, and shortcodes.
• Integrated asset pipeline: CSS processing (Tailwind CSS, PostCSS), JavaScript bundling, and image optimization — without external build tools.
• Multilingual support: Native i18n with directory-based or filename-based language assignment.
• Taxonomies: Flexible categorization through tags, categories, and custom taxonomies.
• Zero dependencies: Hugo is a single binary. No Node.js, no Ruby, no Python required.

Performance Comparison

The differences are dramatic. A concrete comparison:

A static site delivered via a CDN (Content Delivery Network) like Cloudflare Pages or Netlify achieves TTFB values under 20 milliseconds worldwide. No WordPress installation can match that, regardless of how much caching you employ.

When Is an SSG the Right Choice?

Static websites are ideal for:

• Corporate websites: Company presence with services, team, and contact information.
• Blogs and magazines: Regularly published content without user interaction.
• Documentation: Technical docs, API references, manuals.
• Portfolios: Showcasing projects and references.
• Landing pages: Conversion-optimized single pages.

Static sites are not ideal for:

• Web applications: When users input data, edit content, or interact in real time.
• E-commerce: Shops with shopping carts, payments, and inventory management (though headless approaches partially address this).
• Social platforms: User-generated content, comment systems, feeds.

The JAMstack Approach

The concept extends beyond individual websites. JAMstack (JavaScript, APIs, Markup) describes an architecture where the frontend is delivered statically and dynamic functionality is integrated through APIs:

• Forms: Services like Formspree or Netlify Forms process contact forms without a dedicated server.
• Search: Algolia or Pagefind provide client-side full-text search for static sites.
• Comments: Systems like Giscus (GitHub Discussions) or Utterances add comment functionality without making the site dynamic.
• Analytics: Privacy-compliant solutions like Matomo or Plausible run independently of the website.

A Real-World Example: ion-solutions.at

This website — ion-solutions.at — is itself an example of the approach. As part of our Web Presence offering, it is built with Hugo, uses Tailwind CSS for styling, and is delivered as a static site. The result:

• Lighthouse score: 100/100 in Performance.
• Load time: Under 500 milliseconds on first visit, under 100 ms on repeat visits.
• Hosting costs: Practically zero, since no server infrastructure is required.
• Maintenance: No WordPress updates, no plugin patching, no database maintenance.
• Security: No attack surface, since no server-side code is executed.
• Multilingual: German and English with full i18n support.

Content is written in Markdown files — a simple text format editable with any editor. Changes are versioned and tracked through Git. A commit triggers the automatic build and deployment.

Conclusion

Static websites are not a step backward. They are a deliberate choice for performance, security, and simplicity. For the majority of web projects — corporate sites, blogs, portfolios — they deliver objectively better results than a CMS like WordPress.

The tradeoff is real: without an editorial system, content management is more technical. Not every client wants to write Markdown or use Git. Headless CMS solutions like Decap CMS or CloudCannon increasingly bridge this gap. But for teams familiar with these tools, there are few reasons to return to a traditional CMS.