Storyblok vs Strapi

Which option fits which scenario

This table matches common Storyblok situations to the better fit, Storyblok or self-hosted Strapi, and names the condition that would reverse the answer. Read each row against your own editors, hosting rules and engineering staff, since the right choice usually depends on one or two constraints rather than the feature list.

How the content model and visual editing differ

What the Strapi license and editions change

Strapi is open core, so the license you run depends on which directories and features you use, not only on the product name. Map each required feature to an edition before you compare Storyblok's invoice with a self-hosted Strapi budget.

Where the content and data live under each option

What drives the total cost of each option

Storyblok and self-hosted Strapi bill different things. One side charges for plans, seats, requests and traffic, while the other shifts the cost to hosting, database, upgrades and people you pay or assign. Compare both sides on the same components, and split each into one-time and recurring costs before you request a quote.

What moving from Storyblok to Strapi involves

The sequence turns a Storyblok space into a self-hosted Strapi project with content, assets and editor access verified before anyone switches over. Each step ends with a check you can review, and the last step keeps Storyblok available until the new system has proven itself.

1. Export the Storyblok space

   Pull stories, components with their groups and presets, datasources, languages and assets from the Storyblok space using the Storyblok CLI. Your developers run the export, and the output is a local copy of the content model and content that does not depend on Storyblok being online. Confirm the export is complete by comparing story and asset counts per space and by spot-checking a sample of multilingual stories against the live editor. Roles, workflows and any preview configuration are not part of this export, so record them by hand during this step. The companion page on exporting from Storyblok lists what the CLI carries and what must be rebuilt.

2. Map components to Strapi structures

   Translate each Storyblok component into a Strapi component, and decide where a nestable structure needs a dynamic zone instead. Your solution architect and a content lead work through the schema together, because Strapi 5 separates content types from reusable components and dynamic zones carry flexible page layouts. Document each mapping in a table covering field types, required fields, relations and localized fields. The output is an approved schema specification that developers can build against, and each open question is listed with an owner.

3. Build the Strapi project and data model

   Stand up a Strapi 5 project on your own infrastructure with a supported database. Strapi 5 supports PostgreSQL 14 or later, MySQL 8.0 or later, MariaDB 10.3 or later and SQLite 3, and it does not support MongoDB, so confirm your database choice against the installation requirements before provisioning. Developers create the content types, components, dynamic zones and locales from the approved specification. The check for this step is a clean first start with the schema loaded and an admin login working, with SSO configured if your plan includes it.

4. Import content and assets

   Write an import script that reads the exported JSON, creates entries in Strapi, links components and dynamic zone blocks, and uploads asset files to your storage provider. Run the import first against a staging environment, then repeat it on a fresh copy. Compare entry counts, relation counts, asset checksums and rich text rendering against the source export. Rich text and links that point to other stories often need a second pass to rewrite identifiers, so plan that pass explicitly.

5. Rebuild preview, roles and workflows

   Recreate what Storyblok provided in the editing layer. Set up Strapi admin roles and content permissions, define any review or approval steps your editors used, and build a preview route that renders draft content on your front end. Strapi's audit logs and review workflows sit on higher self-hosted plans, so confirm which features your chosen plan includes before you design the approval process. The output is a written permissions matrix signed off by the content owners, and a preview that editors have tested on real drafts.

6. Test editor and delivery workflows

   Ask a small group of editors to complete their normal tasks in Strapi: create a page, update a localized story, schedule or publish content, and upload assets. In parallel, developers check that the front end reads content through the REST or GraphQL API with the same output as before. Log each defect, fix it, and retest until the agreed scenarios pass. The check is a signed test log that shows every core editor task and every delivery route working against the migrated content.

7. Cut over with a rollback plan

   Freeze edits in Storyblok, run a final incremental export and import, point the front end at Strapi, and monitor logs and editor reports closely. Keep the Storyblok space readable and the previous front-end configuration deployable until the team agrees the new system is stable. Strapi's own migration guidance says to back up the database before changes and that downgrades are not supported, so the rollback path is restoring the Storyblok-based front end, not reversing the Strapi database. Record the cutover decision, the backup location and the date the Storyblok subscription will end.

What running Strapi yourself requires

Questions buyers ask before switching from Storyblok

How to evaluate Strapi against your current Storyblok setup

This sequence turns a general interest in Strapi into a documented decision that your architecture, editors and budget owners can review. Each step produces an artifact you can check before moving on.

1. Inventory components, content types and locales

   Export a list of every Storyblok component, its nested blocks, datasources and the languages enabled in the space. Developers and a content lead should do this together, since the component list is where most mapping work lives. Record how many components use nestable fields, which ones are shared across pages, and which locales each one must support. The step is done when a spreadsheet lists each component with its fields, its locales and the pages that depend on it. Use that list as the baseline for every later estimate.

2. Map components to Strapi content types and dynamic zones

   Take the component inventory and sort it into Strapi collection types, single types, reusable components and dynamic zones. Storyblok nestable components often map to Strapi components inside dynamic zones, but some will need a separate collection type with relations. Mark every place where the mapping is unclear, because those areas will drive prototype scope. The step is done when each Storyblok component has a written Strapi target and each unclear case has a named owner. Confirm the exact modeling approach against Strapi's current documentation, not memory.

3. Check required features against Strapi plans

   List the features your organization depends on today, such as single sign-on for editors, audit logs, review workflows, content history and releases, then compare them with Strapi's self-hosted plans. Strapi's self-hosted pricing page places some of these in the Growth plan, some as add-ons and some in Enterprise, so read the current table rather than relying on an earlier version. Ask the Strapi sales team to confirm in writing any feature your security or compliance team requires. The step is done when every required feature has a plan tier and a written confirmation or an open question.

4. Confirm license and edition boundaries

   Review the Strapi LICENSE file and identify which parts of your planned setup fall under the MIT Community Edition and which fall under the Enterprise Edition license. Your legal or procurement team should decide whether any required feature sits in code that needs a signed agreement. Document the result alongside the feature list from the previous step. The step is done when legal has signed off on the edition you intend to run or has listed the specific contract terms still to negotiate.

5. Prototype one page with editor preview

   Build one representative page in a local Strapi instance, including one nested component, one localized field and one asset, then connect it to a preview of your front end. Ask two or three editors to make changes in the Strapi admin and in the preview, then compare their experience with the same task in Storyblok's visual editor. Record every step where editors had to ask for help. The step is done when the prototype runs, the editors have completed the task, and the gaps in the preview workflow are written down as build items.

6. Estimate hosting, database and operating effort

   Define the target stack, including the Node.js version, the supported database such as PostgreSQL, hosting, backups, CDN and monitoring. Strapi 5 supports PostgreSQL 14 or later, MySQL 8.0 or later, MariaDB 10.3 or later and SQLite 3, but not MongoDB, so confirm your database choice against that list. Then list recurring tasks such as Strapi upgrades, Node.js version changes and database maintenance, and ask an implementation partner for a written scope and quote for the work. The step is done when you have a cost model separating one-time build effort from recurring hosting and maintenance.

7. Decide and record the outcome

   Bring the inventory, feature check, license review, prototype results and cost model to the decision makers, and record whether to proceed with Strapi, choose another option or keep Storyblok. Note the conditions attached to the decision, such as the edition, the hosting model or the editor experience gaps you accepted. Share the record with the teams who will carry the work forward. The step is done when the decision, its owner and its conditions are written down and linked to the next action, whether that is a migration plan or a return to evaluation.