When to choose Strapi or Payload for a self-hosted headless CMS
Choose Strapi when you want the CMS to run as its own Node.js service that your frontend, mobile apps and other systems call over the API. Strapi 5 supports MySQL, MariaDB, PostgreSQL and SQLite, and its admin panel is ready to use without building one. It suits content teams that edit through a managed admin UI and platform teams that want the CMS separated from the frontend release cycle. If you need single sign-on for administrators, audit logs or review workflows, plan for a paid tier: SSO is an add-on on Growth and included in Enterprise, and audit logs and review workflows are Enterprise features. Confirm the exact plan boundaries on the Strapi self-hosted pricing page before you model cost, because those boundaries drive the license line in your budget.
Choose Payload when your frontend is already a Next.js application and you want the CMS installed into that codebase. Payload is MIT licensed, supports MongoDB, PostgreSQL and SQLite, and defines collections and fields in code, which gives you generated TypeScript types and field-level access control in the same repository as your pages. It also includes built-in authentication, so admin and customer users can live in the CMS itself. This fits teams that treat content schemas as application code and want one deployment unit. The trade-off is that the admin panel is a customizable React application you build on, so plan the frontend engineering for it rather than expecting a finished editor out of the box.
The decision turns on three questions. First, which database your organization already runs and supports, since MongoDB is available only with Payload and MariaDB only with Strapi among these two. Second, where the frontend lives: a separate application or a Next.js app that should host the CMS. Third, which paid features your compliance and governance needs require, such as SSO for administrators, audit logs or review workflows. Put those three answers in writing with your platform and security owners before you compare hosting and upgrade effort in the sections that follow.
Which platform fits which scenario
This table matches common team situations to the platform that usually fits better and the condition that decides it. Read each row against your own stack, data store and identity requirements. Payload suits teams that want the CMS inside a Next.js codebase, while Strapi suits teams that need a standalone API server or a SQL database Payload does not list.
| Scenario | Better fit | Condition that drives it |
|---|---|---|
| Next.js team building the marketing site and CMS together | Payload | Payload installs into an existing Next.js app folder, so content models, pages and types share one TypeScript codebase. |
| Existing PostgreSQL estate | Either, confirm versions | Strapi 5 supports PostgreSQL 14 or later. Confirm Payload's supported PostgreSQL version with its documentation before deciding. |
| Existing MySQL or MariaDB estate | Strapi | Strapi 5 supports MySQL 8.0 or later and MariaDB 10.3 or later. Payload's supported databases do not include MySQL. |
| Team that requires MongoDB | Payload | Payload supports MongoDB. Strapi 5 does not support MongoDB or other NoSQL databases. |
| Admin SSO and audit logs required | Strapi, on a paid plan | Strapi SSO is a Growth add-on and audit logs need Enterprise. Confirm Payload's admin SSO and audit log options before choosing. |
| Several separate frontends reading one content model | Strapi | Strapi runs as its own API server with REST and GraphQL included in all self-hosted plans. Confirm Payload's API options for each frontend. |
How Strapi and Payload are built and deployed
Strapi runs as its own Node.js application with a separate admin panel, while Payload lives inside a Next.js app. That single difference shapes runtime upgrades, scaling and who on your team owns the deployment. The cards below cover the parts you should check before choosing.
Standalone Node.js application
Strapi is a separate server process with its own admin panel, so it runs as a service you deploy beside your frontend. Your platform team operates it like any other Node.js backend: process management, reverse proxy, health checks and separate scaling from the web tier. Confirm that your hosting target supports long-running Node.js processes and persistent storage for uploads.
Node.js runtime window
Strapi 5 runs only on Active or Maintenance LTS Node.js versions, so your Node.js upgrade calendar becomes a Strapi concern. Plan each Node major upgrade as a tested change in staging before it reaches production. Ask your team to name the owner of this runtime lifecycle before go-live.
Database choice for Strapi
Strapi 5 supports MySQL, MariaDB, PostgreSQL and SQLite, and it does not support MongoDB or other NoSQL databases. If your organization standardizes on MongoDB, Strapi is not an option without a different data layer. SQLite suits local development and small deployments, so confirm your production database engine and its backup procedure early.
Next.js-native installation
Payload installs directly into an existing Next.js /app folder, so the CMS, admin panel and frontend can share one codebase and one deployment unit. Your frontend team owns the release cycle, and a Next.js upgrade affects the CMS as well. Check whether your web team already runs Next.js in production before adopting this model.
Database choice for Payload
Payload supports MongoDB, PostgreSQL and SQLite, so teams with an existing MongoDB estate can keep it. Confirm which adapter your team will run in production and how migrations are generated and applied, since the database choice affects backups and how you test schema changes. Ask your team to confirm the adapter version they plan to pin.
Hosting and scaling options
Payload can deploy to Vercel, to Cloudflare Workers with R2 and D1, or be self-hosted anywhere, which gives you managed serverless options alongside a conventional server. Serverless targets change how you handle long-running jobs, file storage and database connections, so test those paths before you commit. Strapi scales as a conventional Node.js service behind your own load balancer.
How content modeling and admin customization differ
Strapi treats content types, fields and relations as a schema that the CMS stores, validates and exposes through its REST and GraphQL APIs. Teams can define that schema in the admin interface and also keep the definitions in code, so the same model can be created by editors during early work and then committed to version control. Strapi 5 runs on MySQL, MariaDB, PostgreSQL and SQLite, so every content type maps onto relational tables in one of those databases.
- Schema in two places: the admin interface and the project code can both define content types, so confirm which one is the source of truth for your team.
- Relational storage: Strapi 5 supports MySQL, MariaDB, PostgreSQL and SQLite, and does not support MongoDB or other NoSQL databases.
- Document Service API: Strapi 5 replaces the Entity Service API with the Document Service API, so code written against v4 needs migration work.
- Upgrade path: the v4 to v5 migration docs describe codemods, data migration scripts and a backup step because downgrading is not supported.
- Response format: Strapi 5 changes the API response format, with a Strapi-Response-Format: v4 header available during migration.
Before you commit, confirm with your team whether editors will change fields themselves or whether developers own every schema change, because that decides how much of the model needs to live in code.
Payload defines collections and fields in TypeScript, and it installs directly into an existing Next.js /app folder. Because the model sits beside the front end, a schema change travels through the same pull request, review and build as application code. Payload generates TypeScript types automatically from those collections and fields, so code that reads content can be checked against the schema the project actually uses.
- Code-defined collections: collections and fields are TypeScript definitions in the Next.js project, which suits teams that already manage the front end in Git.
- Generated types: types come from the same definitions, which keeps the content layer and the application in step as the model changes.
- Access control and hooks: field-level access control and document or field hooks are written next to the model they govern.
- Database choice: Payload supports MongoDB, PostgreSQL and SQLite, so confirm how relations, versions and migrations behave on the database you pick.
- Hosting fit: Payload can deploy to Vercel, to Cloudflare Workers with R2 and D1, or be self-hosted anywhere, which shapes how the model is built and shipped.
Confirm that your developers will own the schema, since in Payload the model is code, and that your database choice has a tested migration process for that model.
Payload ships several editing features in its core: a Lexical rich text editor, a block-based layout builder, versions and drafts, localization and live preview. These features shape how editors work with content day to day, so they belong in the content modeling decision rather than being left to a plugin later. The list below describes what the project's README names as built in, and it does not replace testing against your own content.
- Lexical editor: Payload uses the Lexical rich text editor for long-form content fields.
- Block layouts: the block-based layout builder lets teams compose pages from defined blocks, which suits marketing pages that change in structure.
- Versions and drafts: draft and published states are part of the core feature set, so confirm how many versions you need to keep and how restores are audited.
- Localization: locales are built in, so confirm the locales you need and how fallback content should behave.
- Live preview: editors can preview changes before publishing, so test the preview against your actual front-end deployment.
Before you choose, have editors test a representative page with blocks, a draft, a translation and a preview, because those four features are where content teams feel the difference most.
Payload's admin panel is customizable React, so changes to fields, views and components are written as React code. Strapi's admin is extended through its own admin customization path, and the facts supplied for this page do not describe the exact mechanics, so confirm the current Strapi documentation for each change you need. The skills your team already has determine how much work each path adds.
- React in Payload: a custom admin component is a React component, so a team without React experience will need a developer or contractor for panel changes.
- Strapi admin extension: confirm which admin changes Strapi covers through configuration and which require code in its plugin structure.
- Admin authentication: Strapi SSO applies to administrator login through an identity provider, while end-user authentication is handled by the Users and Permissions plugin. Payload includes built-in authentication for admin and customer users in the CMS itself.
- Version timing: Payload v4.0.0 is in beta, with v4.0.0-beta.2 published on October 16, 2026, so plan admin customizations against the line you will run in production.
- Support load: every custom panel component is code your team maintains through upgrades.
Before committing to either path, list the admin changes your editors need and ask a developer on your team to estimate which of them require React work.
Feature comparison for self-hosted deployments
This table sets Strapi 5 and Payload side by side on license, runtime, databases, identity, governance features and hosting. Where a capability is not covered by the sources we used, the cell tells you what to confirm before you commit, so treat blank-looking gaps as open questions rather than answers.
| Capability | Strapi 5 | Payload |
|---|---|---|
| License | MIT Expat for Community code outside ee directories; ee directories fall under a proprietary Enterprise license | MIT licensed; confirm the license of any add-on or plugin you plan to use |
| Latest release in sources | 5.58.0, released October 14, 2026 | 3.91.0, released October 15, 2026; a 4.0.0 beta line is in progress |
| Databases | MySQL, MariaDB, PostgreSQL and SQLite; no MongoDB or other NoSQL | MongoDB, PostgreSQL and SQLite |
| Runtime | Node.js, limited to Active or Maintenance LTS versions | Next.js native; installs into an existing Next.js /app folder |
| TypeScript types | Schema-driven content types; confirm generated type workflow in current docs | Generates TypeScript types automatically from code-defined collections and fields |
| Built-in authentication for end users | Handled by the Users and Permissions plugin, separate from admin login | Built-in authentication for admin and customer users inside the CMS |
| Admin SSO | Available as an add-on on Growth and included in Enterprise; covers admin panel login only | Not covered in our sources; confirm SSO options for the admin panel with Payload |
| Audit logs and review workflows | Enterprise plan features | Not covered in our sources; confirm whether these exist and under which license |
| Content history and releases | Available from the Growth plan | Versions and drafts are built in; confirm release scheduling and retention needs |
| Hosting targets | Self-hosted, plus Strapi Cloud as a managed option | Vercel, Cloudflare Workers with R2 and D1, or self-hosted anywhere |
What is free and what is paid on each platform
Strapi's code is split by license. Code outside the ee/ directories in the strapi/strapi repository is provided under the MIT Expat license when you have no Strapi Cloud account. Code inside ee/ directories is the Enterprise Edition and carries a proprietary Enterprise license, so using those directories is a licensing question, not only a technical one. The Community Edition itself is free and includes REST and GraphQL APIs with unlimited entries and API calls.
- MIT core: The Community Edition is MIT Expat licensed outside ee/ directories, which is the part most teams build on.
- Proprietary ee/ code: Enterprise features live in ee/ directories under a separate Strapi license.
- Seat-free Community: The Community plan lists unlimited users at no cost.
- Cloud account condition: The MIT statement is tied to having no Strapi Cloud account, so check how your account setup affects the license terms.
- Legal review: Ask Strapi or your counsel which ee/ modules your build would load.
Confirm with Strapi's license terms and your legal team which parts of the codebase your deployment and plugins touch before you commit.
Strapi's self-hosted paid plans sit on top of the Community Edition. Growth is listed at 45 US dollars per month including 3 users, with 15 dollars per extra user. Enterprise is custom priced. Both plans keep the same REST and GraphQL APIs as Community, so the paid tiers add administrative and governance features rather than changing the API surface.
- Growth price: The self-hosted pricing page lists Growth at 45 US dollars per month including 3 users, plus 15 dollars per extra user.
- Enterprise quote: Enterprise pricing is custom, so the price depends on the agreed scope.
- Content history and releases: These start at the Growth plan.
- SSO: SSO is an add-on for Growth and included in Enterprise.
- Audit logs and review workflows: These are Enterprise features.
Ask for the seat count, the SSO requirement and the audit logging requirement in writing before comparing totals, because the Growth and Enterprise breakdown changes the cost.
Payload is MIT licensed, as stated in its GitHub repository. That license covers the core CMS that installs into a Next.js app, and it is the first thing to confirm when you evaluate paid features. The supplied facts do not establish a commercial plan list, so do not assume Payload has a Growth or Enterprise tier with the same features as Strapi. Treat any paid offering as something to verify directly with Payload.
- MIT core: The Payload repository is MIT licensed.
- Built-in features: Authentication, versions and drafts, localization, field-level access control, and live preview are described in the README as built in.
- Feature boundary: Confirm which features, if any, sit outside the MIT core.
- Hosting costs: Deployment to Vercel, Cloudflare Workers with R2 and D1, or self-hosted infrastructure carries its own charges set by those providers.
- Version line: Payload v3.91.0 is the released line, and a v4.0.0 beta is in progress, so check which line your license review covers.
Ask Payload for its current commercial terms and any paid support or hosting options in writing before you budget.
How Strapi SSO and Payload authentication handle identity
Strapi splits identity into two separate mechanisms, and the split matters before you commit. Strapi SSO covers administrator login to the admin panel through an identity provider such as Microsoft Azure Active Directory, with options for auto-registration, a default role and an optional lock-out of local login. End-user authentication, meaning the people who sign in to your websites or apps to read gated content, is handled by the Users and Permissions plugin rather than by SSO. SSO is also an add-on on the Growth self-hosted plan and included in Enterprise, so confirm the license tier you need before you design around it.
Payload takes the opposite approach. Its built-in authentication manages both admin and customer users inside the CMS itself, using collections defined in code and the same field-level access control that governs content. There is no separate SSO layer described in the supplied material for the admin panel, so you should not assume Payload will federate your directory the way Strapi SSO does. Ask the Payload maintainers or review the project documentation to confirm whether and how an external identity provider can be connected for administrators, and whether customer logins can federate with a provider you already run.
Before you choose, run a short check with both vendors and your identity team. Confirm whether your workforce directory must be the source of truth for admin accounts, whether customers already have an identity provider, and whether those customers need single sign-on or only local accounts. If customer-facing login is central, the Strapi answer depends on the Users and Permissions plugin and the Payload answer depends on its built-in auth, so test password reset, account lock-out, role assignment and session handling in a staging build. Document the result in your architecture review, because changing the identity model after content and users are in production is costly.
Moving content from Strapi to Payload or back
This sequence moves content and its model from one headless CMS to the other without losing track of what changed. It ends with a parallel run that proves the new system returns the same content before any traffic is switched.
Back up the source database first
Before any export or schema work, take a full backup of the Strapi database and its media files, and confirm the backup restores to a separate environment. Strapi does not support downgrades, so this backup is the only reliable way back if the migration needs to be reversed. The owner is the platform or database team, and the step is done when a restore test has succeeded and the backup is recorded in the change ticket.
Export and map content types to schemas
Inventory every Strapi content type, component and dynamic zone, then define the matching Payload collections, globals and fields in code. Content developers and engineers should map each field type explicitly, noting where Strapi relations, components or enumerations have no one-to-one equivalent in Payload and need a restructured field. The step is complete when the mapping document has been reviewed and every content type has a named target.
Rebuild access rules, hooks and plugins
Recreate permissions as Payload field-level and collection-level access control, and move any custom lifecycle logic from Strapi lifecycle hooks into Payload document and field hooks. Plugins and custom admin code do not carry over, so each one must be replaced, reimplemented or dropped with a documented decision. Security engineers should review the access matrix against the original Strapi roles. The step is done when the access matrix has been signed off and each plugin has a recorded disposition.
Map database and media storage
Confirm the target database is one Payload supports, such as PostgreSQL, MongoDB or SQLite, and that the Strapi source database is one of the engines Strapi 5 supports. Decide how media files move to the new storage location and how file references are rewritten. The owner is the data engineer, and the step is complete when a test import of a representative content sample completes with row counts and file links verified.
Rebuild frontend data fetching
Update the frontend to request content from Payload's API instead of Strapi's. Strapi 5 changed its response format and replaced the Entity Service API with the Document Service API, so every query, population rule and response parser must be rewritten against the new shape. Frontend engineers own this work, and it is done when every page template renders from the Payload endpoints in a staging build.
Run parallel validation
Run both systems side by side with the same content, then compare API responses, rendered pages, relations, draft and version states, and access results for a defined set of test accounts. Discrepancies should be logged with the field or endpoint involved and resolved before continuing. The step is complete when the comparison log shows no open differences in content, relations or permissions.
Cut over and retain the rollback path
Freeze content edits on the source system, run a final import, switch the frontend and API endpoints to the new platform, and keep the Strapi backup and environment available for a defined rollback window. Operations should monitor errors and content completeness after the switch. The step is done when the production checks pass and the cutover record names who approved the switch and where the rollback backup is stored.
What drives the running cost of each platform
Strapi and Payload carry different cost shapes. Strapi's largest recurring line is licensing and seats on the self-hosted tiers or a managed plan, while Payload's self-hosted cost sits mainly in the Next.js application and the engineers who maintain it. Ask every vendor and implementer to price the same components so the totals compare fairly.
Node.js or Next.js hosting
Strapi runs as a standalone Node.js service that you host, while Payload installs into an existing Next.js app, so its admin and API share the front-end deployment. Hosting cost depends on how many instances, how much memory and how much build capacity you need, and on whether the admin panel runs in the same process as your public site. Ask the implementer to size both the admin and the public traffic separately, and to state which Node.js versions the plan assumes, since Strapi 5 runs only on Active or Maintenance LTS Node.js versions.
Database operations
Strapi 5 supports MySQL, MariaDB, PostgreSQL and SQLite but not MongoDB, while Payload supports MongoDB, PostgreSQL and SQLite. The database choice drives backup, patching, replication and restore testing, which recur for the life of the system. If your organization already runs a managed PostgreSQL service, the operating cost may be lower on Strapi, and if it standardizes on MongoDB, Payload may fit better. Ask who owns backups, restore tests and version upgrades for the database.
Strapi seats and Enterprise pricing
Strapi's Community Edition is free with unlimited users, but the Growth plan is listed at 45 US dollars per month including 3 users, plus 15 dollars per extra user. SSO is an add-on for Growth and included in Enterprise, and audit logs and review workflows require Enterprise, which is priced on request. Payload's MIT license carries no per-seat fee, so model admin seats only if you add a paid Strapi tier. Ask for the Enterprise quote in writing, with the exact features it includes and how seats are counted.
Strapi Cloud as a managed option
Strapi Cloud is listed at 35 US dollars per month per project for Starter, 90 for Pro and 450 for Business, with API request, storage and bandwidth allowances and a 99.9% uptime SLA on Business. This turns hosting and some operations into a recurring per-project fee rather than staff time. Compare it with self-hosted infrastructure plus engineer hours, and confirm which backups Cloud takes, which allowances apply to your traffic, and whether your database region is fixed at project creation.
Upgrades and plugin maintenance
Upgrades are a recurring cost on both platforms. Strapi v4 reached end of life on April 30, 2026, and the v4 to v5 move involves codemods, data migration scripts and a breaking changes review. Strapi also ships minor releases roughly weekly, and Payload's v4.0.0 beta is in progress, so plan for ongoing version testing. Ask the implementer to estimate upgrade effort per release and to state which custom plugins or hooks would need rework.
Skills for Next.js and Node.js operations
Payload requires developers comfortable with TypeScript, Next.js routing, React components and deployment targets such as Vercel, Cloudflare Workers or a self-hosted server. Strapi requires Node.js service operations, plugin configuration and admin panel customization, which many platform teams already run. The skill mix shapes both hiring cost and the risk of key-person dependence. Ask the implementer which roles the engagement covers and which knowledge transfers to your staff before handover.
How upgrades differ, and what Strapi v4 end of life means
Strapi v4 reached end of life on April 30, 2026, and its final release, 4.26.2 of June 9, 2026, receives no further updates. If your team runs v4 today, the upgrade to Strapi 5 is no longer optional maintenance. It is a planned migration with a deadline you do not control. Strapi 5 minor releases have shipped roughly weekly, with v5.57.0 on October 7, 2026 and v5.58.0 on October 14, 2026, so a Strapi 5 project needs a routine for pinning the version in package.json, reading each release note, and deciding when to take a minor update. Without that routine, drift builds quickly and each later upgrade gets harder to test.
Strapi provides a v4 to v5 upgrade tool with codemods, data migration scripts that run on the first start of Strapi 5, and a breaking changes list. The migration documentation tells you to back up the database first because downgrading is not supported, so the rollback path is a restored backup, not a reverse migration. The largest code change is the replacement of the Entity Service API with the Document Service API and the new response format, which the Strapi-Response-Format: v4 header can preserve during the transition. Confirm with your own developers which custom controllers, services and front-end queries depend on the v4 response shape before estimating the work.
Payload follows a different upgrade path. Its v3 line is the current release (v3.91.0 on October 15, 2026), while a v4.0.0 beta line is in progress, with v4.0.0-beta.2 published on October 16, 2026. Because collections and fields live in TypeScript code and the app runs inside your Next.js project, a major version change touches your application code, dependencies and build as well as the CMS. Treat v4 as a planned major transition: check the release notes before adopting any beta, and do not run a beta in production. Ask your vendor or implementation partner what support window applies to each Payload major line. For either platform, pin exact versions, keep a staging copy restored from production data, run the upgrade there first, and test content, permissions and front-end builds before you promote it.
Questions buyers ask before choosing Strapi or Payload
Is Payload cheaper than Strapi to self-host?
The license cost is not the main difference, because both can be run for no license fee. Strapi Community is MIT licensed and free, and Payload is MIT licensed. The costs that differ come from three places. First, Strapi's self-hosted Growth plan is listed at 45 US dollars per month including 3 users, plus 15 dollars per extra user, and Enterprise is custom priced, so user count and paid features drive Strapi's recurring fees. Second, features such as SSO, audit logs and review workflows sit behind paid Strapi plans. Third, engineering time, hosting and on-call work usually outweigh license fees for both. Payload's pricing for any paid services was not part of the material available to this page, so confirm its current terms directly. Ask any implementation partner for a quote that separates one-time build work from recurring hosting, upgrades and support.
How long does a Strapi to Payload migration take?
No single duration applies, because the effort depends on the number of content types, the volume of content, custom plugins, and how much of the front end must be rebuilt. Payload is code-first, so each Strapi content type has to be rewritten as a Payload collection with its fields, access rules and hooks, then the content is exported and imported and tested. If your source is Strapi v4, note that Strapi v4 reached end of life on April 30, 2026. Strapi's own v4 to v5 path uses codemods, data migration scripts that run on first start, and a breaking changes list, and its documentation says to back up the database first because downgrading is not supported. Before you commit, inventory your content types, plugins, integrations and editorial workflows, then ask for a fixed-scope plan with agreed deliverables and dates.
Can our team run Strapi or Payload without outside help?
A team can run either platform in-house if it already has engineers who are comfortable with the required stack, but the skills differ. Strapi 5 runs only on Active or Maintenance LTS Node.js releases, so your team must track Node.js lifecycles and database administration. Payload installs into an existing Next.js app folder, so your team needs TypeScript, React and Next.js experience, and the CMS and the website usually upgrade together in one codebase. Either way, the recurring work includes security patching, backups, restore tests and on-call coverage. DeployOpen plans, implements, hardens, backs up, upgrades, documents and supports self-hosted open-source platforms inside your own cloud accounts, data centers or air-gapped networks. Most engagements are fixed-scope, with ongoing support available as a retainer.
Does Strapi SSO cover end users on our website?
No. Strapi SSO applies only to administrator login to the admin panel through an identity provider such as Microsoft Azure Active Directory. It supports auto-registration, a default role and an optional local login lock-out. End-user authentication for your website is handled separately by Strapi's Users and Permissions plugin. In Strapi's self-hosted plans, SSO is an add-on for Growth and is included in Enterprise. Payload includes built-in authentication, so admin and customer users can be managed inside the CMS itself. If your requirement is staff sign-in through a corporate directory, confirm the Strapi SSO setup against your identity provider. If your requirement is customer accounts tied to a central identity system, plan that integration as a separate design item for either platform.
Which databases does each CMS support?
Strapi 5 supports three relational families, and Payload supports a different set.
- Strapi 5: PostgreSQL 14 or later, MySQL 8.0 or later, MariaDB 10.3 or later and SQLite 3.
- Payload: MongoDB, PostgreSQL and SQLite.
Strapi 5 does not support MongoDB or other NoSQL databases. If your organization standardizes on MongoDB, Payload fits that requirement directly. If it standardizes on MySQL or MariaDB, Strapi fits, and Payload's support for those engines was not covered in the material available to this page, so check Payload's documentation before you decide. Confirm the exact database versions your hosting provider offers, and confirm how backups and restores work for each engine in your environment.
What skills and on-call work does each choice require?
Strapi requires Node.js administration on a supported LTS line, database operations, and disciplined upgrades, because Strapi 5 minor releases ship frequently, with v5.58.0 published on October 14, 2026. Your team also owns content type changes made in the admin panel, which must be reviewed and tracked. Payload requires TypeScript, React and Next.js skills, since schemas and fields are defined in code and generated types must stay in sync with the front end. Payload can deploy to Vercel, to Cloudflare Workers with R2 and D1, or be self-hosted anywhere, so hosting choice shapes the on-call model. For either platform, assign owners for security patches, backup verification, restore tests, incident response and the upgrade calendar before go-live.
How DeployOpen helps teams choose, implement or migrate a headless CMS
DeployOpen plans, implements, customizes, integrates, hardens, backs up, upgrades, documents and supports self-hosted open-source platforms inside your own cloud accounts, data centers or air-gapped networks. For a Strapi vs Payload decision, we start by working out which licensing, data model and hosting constraints actually apply to your team before any build begins.
How we scope
- Map which content types, databases and admin workflows your team needs before choosing between Strapi and Payload
- Confirm which paid Strapi features, such as SSO, audit logs or review workflows, your governance requires
- Agree deliverables, timelines and responsibilities in writing before work starts, since most engagements are fixed-scope
How we build
- Model collections, fields and access rules in the chosen CMS, with Payload's code-defined schema or Strapi's content-type builder
- Connect the CMS to your existing database, identity provider and front-end delivery path inside your own infrastructure
- Test permissions, draft and publish flows and upgrade paths against your own environment before go-live
How we hand over
- Document hosting topology, database configuration, Node.js or Next.js runtime requirements and backup procedures
- Deliver runbooks for upgrades, including Strapi's documented backup-first rule and Payload's version pinning approach
- Walk your engineers through content modeling conventions so your team can extend the CMS without us
How we support
- Offer ongoing support, upgrades and continuous testing as a retainer after handover
- Review each upgrade against the vendor release notes and your own test cases before it reaches production
- Confirm current license terms, plan features and supported versions with each vendor at the time of your decision
