Your Drupal Site Breaks When You Need It Most. We Rebuild It in Payload.

Why Teams Are Leaving Drupal for Payload CMS

Drupal served the web well for two decades. It powered universities, government sites, and enterprise platforms back when your options were WordPress or building everything from scratch. But the web's moved on. Drupal's architecture, not so much.

Payload CMS is a TypeScript-native, headless CMS built on Node.js and MongoDB (or Postgres). You get a full admin panel, authentication, access control, and a powerful API -- all in code you actually own and can extend without fighting the framework at every turn.

If your Drupal site feels held together with contributed modules, duct tape, and a prayer that the next update doesn't wreck everything -- it's time to think seriously about migrating.

The Real Problems With Drupal

The Module Dependency Nightmare

Drupal's module ecosystem is both its greatest strength and its biggest liability. A typical Drupal 9/10 site depends on 40-80 contributed modules. Each one has its own maintainer, release schedule, and compatibility matrix. Upgrading core often means waiting months for module maintainers to catch up -- or forking modules yourself and owning that forever.

Payload cuts through this entirely. Authentication, file uploads, access control, localization -- it's all in the core. Custom functionality is written in standard TypeScript. No plugin architecture to learn, no compatibility matrix to babysit.

PHP Developer Scarcity

Finding senior Drupal developers is getting harder and more expensive every year. The talent pool keeps shrinking as developers move to JavaScript and TypeScript ecosystems. Your hiring pipeline shouldn't be what bottlenecks your product roadmap.

Payload runs on Node.js with TypeScript. Frontend and backend developers work in the same language, share types, and move between codebases without constant context switching. That alone changes team dynamics.

Performance That Requires Heroic Effort

Getting Drupal to score well on Core Web Vitals means layering on aggressive caching (Varnish, Redis, CDN), tuning PHP-FPM, and often bolting on a decoupled frontend anyway. Out of the box, Drupal serves server-rendered HTML through a PHP pipeline that just can't keep up with modern alternatives.

Payload serves JSON via REST or GraphQL. Pair it with Next.js or Astro and you're looking at sub-300ms TTFB and Lighthouse scores above 95 -- without the caching heroics.

The Upgrade Treadmill

Drupal 7 to 8 was a full rewrite. 8 to 9 was smoother, but still painful. Every major version risks breaking custom themes and modules. The upgrade path is never as clean as the documentation suggests -- ask anyone who's lived through it.

Payload follows semantic versioning with non-breaking minor releases. Major updates ship with clear migration guides and codemods. Your codebase doesn't deprecate every 3-4 years.

What Payload CMS Actually Gives You

Code-First Configuration

Collections, fields, hooks, and access control are all defined in TypeScript files. Your CMS configuration lives in version control, gets reviewed in pull requests, and deploys the same way your application code does. No clicking through admin panels to set up content types.

Self-Hosted, No Vendor Lock-In

Payload is MIT-licensed and fully self-hosted. Deploy it on Vercel, Railway, AWS, or a $5 VPS. Your data lives in your database, your code lives in your repo, and no SaaS vendor can reprice you into a corner.

Built-In Auth and Access Control

Drupal's permission system is powerful, but genuinely complex. Payload ships with authentication, role-based access control, and field-level permissions -- all configured in code. Need different access rules for different collections? That's a function, not a form.

Native TypeScript Types

Payload auto-generates TypeScript interfaces from your collection configs. Your frontend gets type-safe API responses without maintaining separate type definitions. Rename a field and TypeScript catches every reference that breaks. It's the kind of thing that sounds minor until you've spent a Friday debugging a field rename gone wrong.

Our Drupal to Payload Migration Process

Phase 1: Content Audit and Schema Design (Week 1-2)

We map every Drupal content type, taxonomy, paragraph type, and field to Payload collections and blocks. This isn't a 1:1 copy -- it's a real chance to clean up years of accumulated cruft. We figure out which Drupal modules become Payload built-ins, which become custom hooks, and which just get dropped entirely.

Phase 2: Data Migration Pipeline (Week 2-4)

We build automated migration scripts that pull content from Drupal's database (or JSON:API on Drupal 9/10) and transform it into Payload's schema. This covers:

• Content types and fields
• Media and file assets
• User accounts and roles
• Taxonomy terms and relationships
• URL aliases and redirects
• Revision history (where needed)

The pipeline's repeatable. We run it against staging first, validate, iterate, then run the final migration against production data.

Phase 3: Frontend Build (Week 3-6)

We build your new frontend in Next.js or Astro, consuming Payload's API. This is where the performance gains actually show up -- static generation for content pages, server-side rendering for dynamic routes, edge caching across the board.

Phase 4: SEO Preservation (Week 5-6)

This is where migrations go sideways if you're not careful.

• URL mapping: Every Drupal path alias gets a corresponding route or 301 redirect in the new stack
• Metadata transfer: Page titles, meta descriptions, Open Graph tags, and structured data all carry over
• Sitemap generation: Automated XML sitemaps built from Payload content
• Canonical URLs: Properly configured to prevent duplicate content issues
• Internal link audit: Every internal link validated post-migration
• Search console monitoring: We watch indexing and rankings for 30 days after launch

A 10% traffic dip post-migration isn't inevitable. With proper redirect mapping and metadata preservation, it's avoidable.

Phase 5: Launch and Monitoring (Week 6-7)

Cutover happens during low-traffic hours. We run the final data migration, flip DNS, verify redirects, and watch Search Console, analytics, and error logs closely. The Drupal instance stays up as a read-only reference for 30 days.

Timeline and Investment

A standard content site -- 50-200 pages, 5-15 content types -- runs 6-8 weeks. Sites with custom Drupal modules, multilingual content, or e-commerce integrations typically run 10-14 weeks.

Pricing starts at $15,000 for straightforward migrations and scales with complexity. Every project starts with a free migration audit: we assess your Drupal instance, estimate effort, and surface risks before any work begins.

Is This the Right Move?

If your team spends more time fighting Drupal than building features, yes. If you're already planning a Drupal 7 to 10 migration, seriously consider skipping straight to a modern stack. The investment is comparable. The outcome's significantly better.