Strapi vs Payload: which open-source CMS wins for your team?

The maintained side-by-side version of this comparison, kept current with both platforms, lives at Strapi vs Payload.

Both Strapi and Payload are open-source, self-hosted, JavaScript-native headless CMSes with zero licensing cost on their core editions but they are not interchangeable. Strapi takes a GUI-first, SQL-based approach with a large, established plugin ecosystem. Payload takes a code-first, TypeScript approach that runs inside Next.js. The decision between them is an architectural one, and getting it wrong costs months.

How they are fundamentally different

The surface differences between Strapi and Payload (admin UI, plugin count, GitHub stars) matter less than the philosophical difference in how each platform expects you to work.

• Strapi’s philosophy is configuration as a product. Its Content-Type Builder is a GUI in the admin panel where developers and content strategists define content types by clicking through a form, and the platform generates the corresponding schema files behind the scenes. That makes it approachable for teams that want to prototype schema changes without writing code, and it produces an admin panel non-technical users can pick up quickly.
• Payload's philosophy is code-first. There is no GUI schema builder. The building blocks (collections, fields, blocks, access control, and hooks) are defined in configuration files, where each collection, field, or block can live in its own dedicated file, and all of them are imported into payload.config.ts as the single entry point. Because the schema lives in code, every content-model change goes through a pull request and ships through the same review, testing, and CI/CD pipeline as the rest of the application. For a team with strong engineering practices, that is exactly the control they want.

This difference propagates through the entire development and operational experience. It is the first thing to evaluate before any other comparison.

Head-to-head: the deciding factors

Database support

Strapi v5 is SQL only. It officially supports PostgreSQL (recommended for production), MySQL, MariaDB, and SQLite. MongoDB support was dropped in Strapi v4 and is not returning. For organisations with existing relational-database infrastructure, SQL integrates cleanly with existing data warehouses, BI tooling, and DBA workflows.

Payload is database agnostic. It supports PostgreSQL, MongoDB, and SQLite. The database choice is made at project setup and does not affect the content model API or the admin panel. If you already run MongoDB (common in Node.js shops), Payload removes a database migration from the setup path. Teams standardising on PostgreSQL get production-grade support that is the recommended default for enterprise deployments.

On balance, both cover the mainstream relational choice, since each runs on PostgreSQL and SQLite. Strapi is the pick when you specifically need MySQL or MariaDB, which Payload does not support. Payload is the pick when you need MongoDB or want to keep the database choice open, and it matches Strapi on PostgreSQL for enterprise deployments.

Schema definition

Strapi content types can be defined through the Content-Type Builder UI (during development), through JSON schema files (in code), or through a combination of both. Strapi generates and modifies the schema files when you use the UI builder. In production, the Content-Type Builder is typically disabled, and schema changes require code deployments.

Payload content types are always defined in TypeScript code. There is no GUI path for schema definition, even during development. The Payload config, meaning payload.config.ts and the collection, field, and block files it imports, is the single source of truth for collections, fields, globals, and access control.

The practical consequence: Strapi’s UI builder cuts ramp-up time for developers new to the CMS, or for projects where the content model is still being discovered. Payload’s code-first model produces a schema that is in version control, type-safe, and reviewable through standard engineering practice.

Teams that value rapid visual prototyping lean towards Strapi; those who require every infrastructure change to pass through code review lean towards Payload.

Next.js integration

This is where the two platforms diverge most in 2026.

Payload 3.0 runs inside a Next.js application. The CMS admin panel lives at /admin within the Next.js project. The rendering layer, the CMS, and the API are one deployment. Payload’s Local API allows data fetching in Next.js Server Components as direct TypeScript function calls, without an HTTP request or the network latency and rate limits that come with one. Content types defined in Payload generate TypeScript types that the Next.js components consume directly, without a code-generation step.

// Payload Local API in a Next.js Server Component
import { getPayload } from 'payload'
import config from '@payload-config'

export default async function BlogPage() {
  const payload = await getPayload({ config })
  const posts = await payload.find({
    collection: 'posts',
    where: { status: { equals: 'published' } },
  })
  return <PostList posts={posts.docs} />
}

Strapi is a separate backend service. It runs on its own port, requires its own deployment, and is consumed via its REST or GraphQL API from a Next.js frontend:

// Strapi REST API from a Next.js Server Component
export default async function BlogPage() {
  const res = await fetch(
    `${process.env.STRAPI_URL}/api/posts?filters[status][$eq]=published`,
    { headers: { Authorization: `Bearer ${process.env.STRAPI_TOKEN}` } },
  )
  const { data } = await res.json()
  return <PostList posts={data} />
}

The integration works well, since Strapi’s REST and GraphQL APIs are stable and well-documented, but it is a two-service architecture. Type safety between Strapi’s API response and Next.js components requires additional tooling. Strapi’s TypeScript plugin generates types, but the integration is not as tightly coupled as Payload’s same-process approach. That separation suits teams that want the CMS to scale independently of the frontend or serve several frontends at once, though Payload can be run the same decoupled way over its REST and GraphQL APIs when you want that.

For Next.js-first teams, Payload’s native integration is a decisive advantage. It is not a requirement, though: Payload also exposes REST and GraphQL APIs and can serve a Vue, Nuxt, or SvelteKit frontend, or run as a standalone backend, the same way Strapi does. What narrows outside Next.js is the Local API and the same-process type safety, not Payload itself. So on a non-Next.js frontend the two sit closer together, and the choice comes back to the code-first-versus-GUI question rather than the integration.

Admin panel and editorial experience

Payload gives you an editorial experience you can shape without limits. The admin panel is generated from the config and built entirely from React components, so custom field types, custom views, and whole bespoke panels are all in reach. A team with engineering capacity can tailor the editing experience to its exact workflow and take it well beyond a stock CMS.

Strapi gives you a polished panel out of the box. Navigation is clean, non-technical editors find it approachable in first-use demos, and the v5 Draft & Publish system (with Content History and Review Workflows on the paid plans) covers common editorial needs without custom development.

The tradeoff is straightforward: Strapi wins the first impression and the zero-build baseline, while Payload wins on how far you can take the editorial experience once you invest the engineering to customise it.

Plugin and ecosystem maturity

Strapi’s marketplace is the broader and more established of the two, and the tradeoff for that breadth is plugin quality. It includes community-maintained plugins with variable support status and Strapi v5 compatibility. Several widely used Strapi v4 plugins did not have v5-compatible versions at launch, and teams upgrading from v4 to v5 hit plugin compatibility issues that extended migration timelines. Strapi v4 reached full end-of-life in April 2026, so teams still on it now run without bug fixes or security patches, which adds urgency.

Payload’s smaller plugin ecosystem consists of more tightly controlled, officially supported plugins, and a community that reflects Payload’s code-first philosophy. Plugin quality is more consistent, but the coverage is narrower.

Strapi’s ecosystem is broader and Payload’s is more consistent, so teams with specific integration requirements should verify v5 plugin availability before committing to Strapi.

The comparison table

When Strapi wins

Strapi is the right choice when:

The database has to be MySQL or MariaDB. Payload also covers PostgreSQL and SQLite, so “we use SQL” on its own is not a reason to prefer Strapi. The genuine gap is MySQL and MariaDB: Strapi supports both, Payload does not. If your data estate or your DBA team is committed to either one, Strapi fits where Payload currently cannot.

Schema iteration needs a visual interface. Agencies onboarding new clients, teams where a content strategist needs to propose schema changes, and projects where the content model is still being discovered benefit from Strapi’s Content-Type Builder. It lowers the barrier to schema iteration without requiring code changes.

A broad plugin ecosystem matters. If the project requires specific third-party integrations (Algolia, Cloudinary, Sentry, particular marketing-automation tools), Strapi’s marketplace coverage is likely wider. Verify v5 compatibility for any critical plugins before committing.

Next.js is off the table and you prefer a GUI-driven backend. Payload still serves non-Next.js frontends over REST and GraphQL, so this is not automatic. But without the Next.js integration, Payload’s standout edge is neutralised, and if you also want GUI schema editing and the broader plugin catalogue, Strapi’s decoupled model is a comfortable fit.

When Payload wins

Payload is the right choice when:

The team is TypeScript/Next.js-native. The Local API, same-project deployment, and automatic type generation produce a development experience that TypeScript engineers find faster than working across a network boundary.

Schema must be in version control. Organisations where infrastructure changes require code review, pull-request approval, and CI/CD deployment treat Payload’s code-first schema as a requirement rather than a preference. Strapi’s GUI-generated schema files exist in version control, but the GUI path bypasses code review.

Access control is complex. Payload’s function-based access control handles per-field, per-user, and per-document access logic in TypeScript. Strapi’s role-based access control is simpler but less granular. For content platforms where access rules have significant compliance implications, Payload’s model is more precise.

Unlimited editors and access control belong in the core. Payload’s open-source core includes granular, function-based access control, full document version history, and unlimited editor accounts with no per-seat charge. Enterprise SSO comes through Payload’s official enterprise plugin, a system-wide audit log through community plugins or custom work, and Payload offers a paid enterprise engagement with dedicated engineering support, now with Figma behind it. Strapi instead places SSO, audit logs, and review workflows behind its paid Growth and Enterprise CMS plans and charges per editor seat there. The real difference is not whether vendor support exists, it is the pricing model: Payload keeps unlimited editors and fine-grained access control in the free core, while Strapi meters editors and gates governance features by plan.

FAQ

1. Is Strapi or Payload better for enterprise?

   Both can serve enterprise; the fit depends on the operating model. Payload keeps granular access control, version history, and unlimited editors in its open-source core, adds SSO through an official enterprise plugin, and offers a paid enterprise engagement with dedicated engineering support, now backed by Figma. Strapi packages SSO, audit logs, and review workflows into its paid Growth and Enterprise CMS plans, with commercial support and a managed upgrade path, priced per seat. Both offer vendor support, so the deciding question is usually whether your team wants to own and run the infrastructure (Payload) or buy a managed, plan-based product with per-seat licensing (Strapi).

2. Does Strapi v5 support MongoDB?

   No. MongoDB support was removed in Strapi v4 and is not planned for v5. Strapi v5 supports PostgreSQL (recommended), MySQL, MariaDB, and SQLite. Organisations that ran MongoDB with Strapi v3 or earlier have already needed to migrate their database. For new projects requiring MongoDB, Payload is the open-source alternative.

3. Can Strapi run inside a Next.js application like Payload?

   No. Strapi is a separate backend service that exposes REST and GraphQL APIs consumed by the Next.js frontend. Payload 3.0 runs inside the Next.js application using the App Router, enabling the Local API pattern where database queries run as function calls rather than HTTP requests. This architectural difference is meaningful for Next.js teams in terms of deployment simplicity and performance.

4. What is the difference between Strapi's free and paid editions?

   The Community Edition is MIT-licensed and free to self-host, and includes the full content management and API functionality, including Draft & Publish. Governance features live on Strapi's paid CMS plans: the Growth plan starts around $45 per month for three seats plus $15 per additional seat, and the Enterprise plan is a custom quote. Those plans add audit logs, SSO, content version history, and multi-stage review workflows that the free edition does not include.

5. Is Payload harder to set up than Strapi?

   For TypeScript developers, Payload's initial setup is comparable to Strapi's. The npx create-payload-app CLI produces a running CMS in minutes. The difference is in content-model definition: Strapi allows GUI-based schema iteration during development, while Payload requires writing TypeScript config from the start. For teams unfamiliar with TypeScript, Payload's setup curve is steeper. For TypeScript developers, it is comparable or faster, because the IDE tooling and type safety reduce configuration errors.

6. What happened to Strapi v4 support?

   Strapi v4 bug-fix support ended at the end of October 2025, and its security-only maintenance ran through the end of April 2026, at which point Strapi v4 reached full end-of-life with no further bug fixes or security patches. Organisations still running Strapi v4 in production should prioritise migration to v5. The v4-to-v5 migration requires attention: it introduces breaking changes including a new Document Service API, updated response formats, and plugin compatibility requirements that affected some widely used v4 plugins.

7. Can Payload replace Strapi for an existing Strapi project?

   Yes, with a migration investment. Content types in Strapi map to collections in Payload. A PostgreSQL database can be retained if Payload is configured against it, with schema changes required. The content model is rewritten in TypeScript, and the REST/GraphQL API surface changes, so the frontend needs updates. The migration is substantive but straightforward in structure. The usual motivation for moving from Strapi to Payload is some combination of Next.js-native integration, more granular access control, and avoiding per-seat costs for editors.

Disclosure: WAYF is an official Payload partner and top contributor, so we know that side of this comparison best. We build content platforms and CMS migrations on Payload and Next.js. If you are weighing Payload against Strapi for a specific project and want a second opinion, book a call or see our work.

Sources

• Strapi, v5 documentation
• Strapi, CMS pricing and plans
• Strapi, v4 to v5 upgrade guide
• Payload CMS, what is Payload
• Payload CMS, database overview (supported adapters)
• Payload CMS, Local API reference
• Payload CMS, enterprise (SSO, support, and features)