Best Drupal Hosting Providers for 2026

Drupal’s PHP requirements have increased significantly with recent major versions. Drupal 10, released in December 2022, requires PHP 8.1 as a minimum and supports PHP 8.1, 8.2, and 8.3. PHP 8.0 and 7.x are not supported. Drupal 11, released in 2024, requires PHP 8.3 as a minimum — PHP 8.1 and 8.2 support has been dropped in Drupal 11. If you are running Drupal 10, ensure your hosting provider supports PHP 8.1–8.3 and that you can switch versions per domain or directory. If you are running Drupal 11, confirm PHP 8.3 availability specifically. All three providers — GreenGeeks, Hostinger, and SiteGround — support PHP 8.1, 8.2, and 8.3 with a version selector tool. Hostinger and SiteGround allow PHP version selection per domain through their respective control panels. Drupal’s Status Report (Reports → Status Report in the admin panel) will display a warning if the current PHP version does not meet requirements, and will block the installer entirely if the minimum version is not met.

Drupal is architecturally more complex than WordPress and executes more PHP code per page request — its bootstrap process loads more subsystems, its hook and event system is more extensive, and its database schema is more normalized, requiring more joins per query. An uncached Drupal page load typically executes 2–5x more database queries than an equivalent uncached WordPress page. However, this comparison is somewhat misleading: a well-configured Drupal site with caching enabled should serve cached pages to anonymous visitors in under 200ms regardless of database query count, because the page cache bypasses PHP entirely. The performance gap is most visible during cache misses (first page load, post-update rebuilds) and on authenticated sessions where page caching does not apply. On shared hosting, the key factors are PHP memory limit (Drupal needs more) and opcode cache hit rate (APC/OPcache). GreenGeeks and Hostinger’s LiteSpeed servers with LSCache serve cached Drupal pages at speeds comparable to cached WordPress pages. SiteGround’s SuperCacher with dynamic caching handles Drupal’s more complex cache invalidation patterns more intelligently than basic full-page caches.

Yes, but Drush requires SSH access, which is available on mid-tier and above plans from all three providers. On Hostinger, SSH access is included on Business and Cloud plans. On SiteGround, SSH is available on GrowBig and GoGeek shared plans. On GreenGeeks, SSH access is available on Pro and Premium plans. Drush is not pre-installed — you install it as a project dependency via Composer (composer require drush/drush) and run it from within your Drupal project directory. Drush is essential for production Drupal management: drush cr (cache rebuild) is faster and more reliable than the UI cache clear, drush updb runs pending database updates after a core or module update, drush cim / drush cex handles configuration import and export for deployment workflows, and drush pm:security scans all installed modules for known security vulnerabilities. For sites on shared hosting plans without SSH access, limited Drush functionality can be replicated through the Drupal admin UI — but SSH and Drush access is strongly recommended for any Drupal site in active development or regular content updates.

Drupal works well on shared hosting for sites within typical shared hosting resource limits — up to approximately 30,000–100,000 monthly visitors depending on the site’s caching efficiency and content complexity. The limiting factors on shared hosting are PHP memory limits, the number of PHP processes available simultaneously (PHP-FPM worker count), and database query performance. For small to medium Drupal sites serving mostly anonymous visitors with page caching enabled, shared hosting from GreenGeeks, Hostinger, or SiteGround is entirely adequate. SiteGround’s GoGeek plan is specifically well-suited for Drupal on shared hosting — it provides the highest resource allocation among the three, staging environments, and better PHP worker availability. Signs that you need to upgrade to VPS include: frequent 503 errors during traffic spikes, PHP memory exhausted errors in logs despite enabling page caching, cache rebuild operations timing out, or Drush operations failing with memory errors. At that point, upgrading to Hostinger’s Cloud plans ($6.99/mo) or SiteGround’s Cloud plans provides dedicated PHP workers and memory without migrating to a different provider.

Both SuperCacher and LSCache are server-level caching systems that store Drupal’s rendered HTML output, serving subsequent requests without invoking PHP or the database. The key differences are in their integration with Drupal’s cache invalidation system. LiteSpeed’s LSCache has a dedicated Drupal module (drupal.org/project/lscache) that hooks into Drupal’s cache tag system — when a node is updated, the module can purge exactly the cached pages that contain that node, rather than clearing the entire page cache. This “tag-based” purging means related content stays cached while only the affected pages are regenerated. GreenGeeks and Hostinger both use LiteSpeed, and the LSCache Drupal module is compatible with both. SiteGround’s SuperCacher implements dynamic caching that works with Drupal’s internal cache system at the PHP level — it is configured through SiteGround’s Site Tools panel without requiring a separate Drupal module. SuperCacher’s dynamic option is more intelligent than basic full-page caching because it can cache personalized pages with user-specific sections excluded. For most Drupal sites, both systems produce similar results in practice — under 200ms for cached page delivery — with LiteSpeed’s LSCache module offering more granular control for complex Drupal installations.

Drupal migration involves three components: files, database, and configuration. For the files: compress your Drupal installation directory on the old server (tar -czf drupal-backup.tar.gz /path/to/drupal), download via FTP or SCP, and upload to the new server. For the database: export from the old server using phpMyAdmin (Export → SQL, include structure and data) or Drush (drush sql:dump > backup.sql), create a new database on the new server, and import the SQL dump. For configuration: copy sites/default/settings.php to the new installation, update the database credentials to match the new database, and update $settings[‘trusted_host_patterns’] to include the new domain. Before switching DNS, test using a hosts file entry pointing your domain to the new server’s IP to verify the site works correctly. All three providers offer free site migration assistance: GreenGeeks and SiteGround perform manual migrations for new customers; Hostinger provides automated migration tools for cPanel-to-cPanel transfers. For complex Drupal migrations with custom code and many modules, a manual migration following this process is generally more reliable than automated tools that may mishandle Drupal’s file permission requirements.