Payload vs Directus: Code-First vs Database-First CMS

Payload and Directus are both open-source, self-hostable headless CMS platforms, but they take fundamentally different approaches to schema management. Payload is code-first: you define your content collections, fields, and access control rules in TypeScript configuration files. Payload then generates the database schema, admin interface, and REST and GraphQL APIs from that configuration. Schema changes are made in code, reviewed via pull requests, and version controlled alongside your application.

Directus is database-first: you point it at an existing SQL database and it introspects the tables, generating an admin interface and API layer on top of what already exists. This approach means no schema migration is required to add Directus to an existing project, and non-technical users can modify the schema through the Directus admin interface without writing code. Directus supports PostgreSQL, MySQL, MariaDB, SQLite, and MSSQL, giving it broader database compatibility than Payload's PostgreSQL and MongoDB support.

Both Payload and Directus are free to self-host. Payload is MIT licensed with no usage restrictions. Directus is MIT licensed for organisations with total finances under $5 million; larger companies using Directus in production need to purchase a commercial licence.

For managed cloud hosting, Payload Cloud starts at $35 per month for the Standard plan with 3GB database storage and 30GB file storage, rising to $199 per month for the Pro plan. Directus Cloud plans run from $49 per month to $499 per month, with enterprise pricing on request. Both cloud options exist primarily for teams that want the CMS without managing their own infrastructure. Self-hosted deployments on platforms like Railway, Render, or a VPS can reduce costs significantly for teams comfortable with basic DevOps.

Payload is built specifically for TypeScript and generates type definitions from your collection schemas automatically. When you define a Posts collection with a title field and an author relationship, Payload generates the corresponding TypeScript types. Your application code accessing post data is type-safe by default, catching type mismatches at build time rather than at runtime. Access control rules, hooks, and field validations are written in TypeScript and benefit from the same type checking.

Directus provides TypeScript support through its SDK and offers type generation tools, but the type safety is less integrated because the schema is defined through the database or admin interface rather than in TypeScript code. The disconnect between the database-defined schema and application types requires a separate synchronisation step that Payload eliminates entirely. For TypeScript-first teams, Payload's approach reduces a category of maintenance burden that Directus requires ongoing attention to manage.

Payload suits new TypeScript projects where the content schema does not yet exist. Building a blog, product catalogue, documentation site, or multi-tenant content platform from scratch benefits from Payload's TypeScript-first approach. Schema changes made in code are explicit, reviewable, and tied to the same Git history as application changes. Payload also supports custom React components in the admin interface, enabling highly customised editorial experiences for specific editorial workflows.

Directus suits projects where the database already exists and adding a CMS layer is the goal rather than building one from scratch. A SaaS application with an existing PostgreSQL database can get a content management interface in Directus without rewriting or migrating data. Directus also suits teams with non-technical users who need to modify content structures themselves through the admin interface, since schema changes in Directus do not require code deployments.

Directus supports PostgreSQL, MySQL, MariaDB, SQLite, and Microsoft SQL Server. This breadth makes it compatible with almost any existing database stack, which aligns with its database-first philosophy. Teams with MySQL or MSSQL databases can use Directus where Payload is not an option.

Payload supports PostgreSQL and MongoDB. In 2024, Payload 3.0 added PostgreSQL support alongside its existing MongoDB driver, significantly expanding its compatibility. For new projects, PostgreSQL is the recommended choice with Payload and benefits from better performance and full SQL support. The MongoDB adapter remains available for teams already on that stack. For teams with MySQL or MSSQL databases, Directus is currently the better choice since Payload does not support those engines.

For new TypeScript projects that need a headless CMS with strong type safety, version-controlled schemas, and a customisable admin interface, Payload is the better choice in 2026. The ecosystem momentum is strong, the TypeScript experience is genuinely excellent, and the migration to cloud hosting is straightforward if you outgrow self-hosting.

For projects with existing databases, teams needing to support MySQL or MSSQL, or teams where non-technical users need to manage content schemas without engineering involvement, Directus is the right tool. The database-first model removes migration risk and the broader database support makes Directus applicable in situations where Payload cannot serve. Both tools are self-hostable and free at the base level, making them practical to trial without financial commitment.