Your Drupal Hosting Bill Doubled This Year. Your Page Speed Didn't.

Your Drupal hosting bill probably climbed 30-50% this year thanks to platform markups from providers like Acquia and Pantheon, while your Lighthouse scores stayed stuck in the 60-75 range on mobile. A drupal to astro migration replaces that entire stack -- PHP runtime, database, opinionated PaaS -- with static HTML served from a CDN for $0-20/month, delivering Lighthouse scores of 90-100 consistently. If 80% or more of your content is editorial, documentation, or marketing pages, this is the migration path that actually fixes both problems at once.

Why did your Drupal hosting bill double?

The cost increase is not imaginary, and it is not just AWS price adjustments. The Drupal hosting market in 2026 is dominated by platforms that charge significant markups on raw cloud infrastructure. Acquia's platform markup -- the gap between what they pay AWS and what they charge you -- can reach 200-300% according to independent hosting comparisons. Pantheon uses fixed pricing tiers that become expensive as traffic grows. Even "hybrid" approaches through providers like DevPanel, which eliminate the platform markup, still require you to run PHP 8.3+ with JIT compilation, managed databases, and multi-AZ deployments for production Drupal 11.

That infrastructure is real and necessary for Drupal. PHP processes, MySQL or PostgreSQL connections, Redis or Memcached layers, Varnish or CDN caching in front of all of it. Every request touches multiple services. At 10,000+ nodes with moderate traffic, you are paying for compute that runs 24/7 whether anyone is reading your content or not. We documented the math in detail when we migrated a site from Drupal hosting at £32K/year down to £450 for the same content.

How much does Astro hosting actually cost compared to Drupal?

The numbers here are not theoretical. According to a detailed 2026 cost comparison between Astro and Next.js published by WPPoland, hosting costs for an Astro site at different scales look like this:

• Small site (100 pages): Free on static hosting
• Medium site (1,000 pages): Free to $20/month
• Large site (10,000+ pages): $0-20/month

Compare that to your current Drupal bill. Pantheon's pricing tiers, Acquia's negotiated annual contracts, or even self-managed AWS infrastructure running PHP, a database, and caching layers -- none of those come in under $200/month for a production site with meaningful traffic. Many enterprise Drupal deployments run far higher. We have worked with teams spending $250K/year on Acquia alone for what amounts to a content publishing operation.

Astro's static output is dramatically cheaper because CDNs serve static files for free or near-free. There is no PHP process. No database connection. No caching layer to tune. The HTML is pre-built and sitting on edge nodes worldwide.

When should you choose Astro over Next.js for a Drupal migration?

This is the decision that matters most, and we have a strong opinion after shipping both kinds of migrations. The Astro documentation makes the framework's philosophy clear: ship zero JavaScript by default, add interactivity only where you explicitly need it.

Ask yourself these questions:

• Is 80%+ of your site static content? Choose Astro.
• Do you need user authentication or real-time data updates? Choose Next.js.
• Is maximum PageSpeed your top priority? Choose Astro.
• Does your team only know React? Next.js has a lower learning curve for them.
• Is this primarily editorial content, documentation, or a corporate site? Astro wins.

For content-heavy Drupal sites -- editorial publications, government documentation portals, marketing page libraries -- Astro is the better target. Next.js is the right call when you need dynamic server-side rendering, user sessions, or real-time features. Most Drupal sites we audit do not need any of those things. They are publishing operations dressed up in enterprise infrastructure.

How does the Drupal JSON:API feed into Astro's build pipeline?

The migration architecture is straightforward. Drupal's JSON:API exposes every content type, taxonomy, menu, and media entity as structured data. Astro fetches all of that at build time. Every node type becomes a collection of static HTML pages. Taxonomy terms become filtered listing pages. Menus become navigation components. Media gets optimized through Astro's built-in image processing via Sharp.

The result is a site where the request path looks like this: browser hits CDN, CDN serves pre-built HTML. That is it. No Drupal, no PHP, no database, no caching layer, no load balancer. The entire dynamic infrastructure disappears from the production request.

For sites with 10,000+ nodes, Astro handles build-time generation with incremental builds -- only new and changed content rebuilds the affected pages. A webhook from Drupal triggers a partial rebuild when editors publish. The editorial team keeps using Drupal's admin interface (which, as of 2026, has dramatically improved its usability for non-technical users). The frontend is just static HTML.

What happens to security and maintenance overhead?

This is where the argument gets compelling beyond just cost. A production Drupal deployment requires ongoing security patch management, module updates, PHP version upgrades, database maintenance, and SSL certificate rotation. Every Drupal module you run is an attack surface.

An Astro site requires:

• Zero plugin updates
• Zero security patch management
• No exposed database
• No dynamic attack surface
• Virtually no ongoing technical intervention

Static HTML served from a CDN is, practically speaking, impossible to hack in the traditional sense. There is no server-side code executing on request. There is no SQL injection vector. There is no authentication bypass because there is no authentication. Your Drupal instance still exists as a headless CMS behind a firewall, but it never faces public traffic.

We see similar dynamics when teams evaluate other legacy CMS platforms. The pattern holds whether you are coming from TYPO3 or comparing Drupal against headless alternatives like Contentful -- the static output model fundamentally changes the security and maintenance equation.

What does the migration process actually look like?

We have shipped enough of these to know where the pain points are. The critical steps, in order:

1. Content audit. Map every content type, taxonomy vocabulary, and media type in Drupal. Identify what is actually published versus what is draft or archived cruft accumulated over years.
2. URL mapping and redirects. Every existing URL needs a plan. Drupal's path alias system often creates patterns that differ from what you want in a static site. Build a complete redirect map before writing any code.
3. JSON:API configuration. Enable and configure Drupal's JSON:API to expose exactly the content Astro needs. Lock down access to read-only.
4. Astro data layer. Write fetch logic that pulls content at build time and generates static pages for each content type. Content Collections in Astro provide type-safe content management with Zod schemas, catching data errors at build time.
5. Template development. Build Astro components for each page type. You can use React, Vue, Svelte, or plain HTML -- Astro is framework-agnostic.
6. Image optimization. Move media handling to Astro's Sharp-based pipeline. This alone often accounts for a significant portion of the performance improvement.
7. Staging and testing. Run both sites in parallel. Validate every URL, every redirect, every piece of content.

The typical timeline for a 10,000-node site is 8-14 weeks with a team of two to three developers, depending on the complexity of content types and the number of custom Drupal modules that need frontend equivalents.

What about the total cost of ownership over three years?

This is where leadership teams need to pay attention. The initial build cost for an Astro migration is higher than maintaining your existing Drupal setup for another quarter. But the three-year picture tells a different story.

A comparable analysis of WordPress versus Astro (the dynamics are similar for Drupal) shows three-year TCO ranges of $6,000-25,000+ for the traditional CMS versus $600-6,000 for Astro. The gap widens at scale. When your Acquia bill alone justifies a full-time engineer's salary, the migration pays for itself inside the first year.

The real constraint is not technical -- it is organizational

Drupal in 2026 is genuinely capable software. Its modular architecture, API layer, and improved editorial experience make it one of the strongest open-source CMS platforms for complex content operations. We are not arguing that Drupal is bad. We are arguing that running Drupal as both your editorial backend and your public-facing delivery layer is an expensive architectural decision that most content-focused organizations no longer need to make.

Keep Drupal as your editorial system if it serves your team well. Strip away the frontend rendering, the hosting infrastructure, the caching layers, and the security surface area. Let Astro build your pages once and serve them everywhere for a fraction of the cost. The content stays in Drupal. The performance, the security, and the savings come from the static output. That is not a theoretical argument -- it is what we build, and it is what we have measured across dozens of production deployments.