I have been working in the field of web performance and technical optimization for years, and I consistently see the same structural problems: slow loading times despite aggressive caching, high resource consumption in hosting, complex update chains, and constantly new security risks from plugins and dynamic runtime logic.

Even heavily optimized CMS installations rarely achieve really good performance values without significant hosting effort. The fundamental problem remains: with every request, databases must be queried, templates rendered, plugins loaded, and content dynamically assembled. Caching can merely mask these costs - not eliminate them.

Halite therefore pursues a different approach.

Content is not generated on request, but pre-rendered into final HTML files in advance. The web server then merely serves static files - without database access, without PHP execution, and without complex rendering pipelines. This significantly reduces latency, resource consumption, and susceptibility to errors.

In extreme cases, a Halite site could even be run without a scripting language installed on the web server, as long as no dynamic features are required—for example, via static hosting or a CDN. It is precisely this focus on the essentials that makes the system fast, robust, and easy to maintain over the long term.

Security becomes an infrastructure question

In parallel, the threat landscape on the web has been escalating significantly for years. Automated bots constantly scan for vulnerable plugins, exposed admin areas, XML-RPC endpoints, or unpatched extensions.

Particularly problematic is the dependence of many CMS platforms on third-party plugins. According to current security analyses, around 90% of known WordPress vulnerabilities stem from plugins - not from the core system itself. (Colorlib)

WordPress is simultaneously the most frequently attacked CMS worldwide. Various security reports estimate the proportion of compromised CMS websites running WordPress at well over 80%, sometimes exceeding 90%. (code.colostate.edu)

The numbers continue to rise:

  • Over 11,000 new WordPress security vulnerabilities were registered in 2025 alone. (Colorlib)
  • Many vulnerabilities are exploited automatically within hours. (Colorlib)
  • Attackers repeatedly compromise popular plugins and distribute malicious code through them to tens of thousands of websites simultaneously. (TechRadar)

TYPO3 is structurally considered significantly more controlled and secure than WordPress, but still requires regular maintenance, updates, and a classic dynamic infrastructure. (XICTRON Internetagentur)

Halite therefore does not attempt to merely manage these risks better - but to reduce them architecturally.

No database in the hot path. No plugin chains per page request. No dynamic page generation under load.

What doesn't exist cannot be compromised.

Migration instead of complete restart

An important focus during the development of Halite was also to make the transition as frictionless as possible.

Existing websites can be taken over regardless of their original system. Content initially lands in a local staging environment, where it can be analyzed, cleaned up, and optimized before being published.

This includes, among other things:

  • Asset and media inventory
  • Detection of duplicate content
  • Removal of orphaned files
  • Consolidation of redundant assets
  • Localization of external resources
  • Performance optimization of existing content

The goal was never to build just 'another CMS' - but an infrastructure that makes modern websites simpler, faster, and more independent again.