WordPress or Strapi: when to choose each
Choose WordPress when editors work directly in the website and you want a large plugin ecosystem on a PHP hosting stack. Choose Strapi when the same content must reach several front ends through an API and your team is comfortable running Node.js in production. Most teams can settle this pair by answering five questions: who edits content, how many channels consume it, whether you need Enterprise-only features, which databases your standards allow, and which runtimes your engineers already operate. Write those answers down before you compare plugins or themes, because they decide the platform more than any feature checklist.
Start with editors and channels. A WordPress site couples content and presentation through the theme, which suits a team publishing one brand website with editors working in the admin screens. Strapi earns its place when a website, a mobile app and a partner feed all read the same entries, because its REST and GraphQL APIs are included in every self-hosted plan. Licensing shapes governance. WordPress is GPLv2 or later and Strapi Community code is MIT, but audit logs and review workflows require the Enterprise plan, and content history and releases start at Growth. If your compliance process depends on those controls, put the edition cost into the comparison now and confirm current terms on the Strapi self-hosted pricing page.
Database and runtime constraints are the least forgiving. WordPress.org recommends PHP 8.3 or greater with MariaDB 10.11 or greater or MySQL 8.0 or greater. Strapi 5 supports PostgreSQL 14 or later, MySQL 8.0 or later, MariaDB 10.3 or later and SQLite 3, but not MongoDB or other NoSQL databases, and it runs only on Active or Maintenance LTS Node.js versions. If your standard requires PostgreSQL, Strapi meets it directly, while a WordPress team must confirm that its hosting and plugins work on the supported MySQL-family databases. WordPress core updates itself in the background, but plugins update automatically only in special cases chosen by the WordPress security team, so plugin patching stays on your calendar. Confirm the full matrix with each vendor against your own hosting before you commit.
Which platform fits which scenario
This table maps common team situations to the platform that fits each one better, with the condition that tips the decision. Read each row as a question about your own content model, your team's skills and your editor requirements, then check the condition before you shortlist.
| Scenario | Better fit | Condition that makes it so |
|---|---|---|
| Marketing site with a blog and landing pages | WordPress | Editors need themes, page builders and a large plugin catalog, and the site is rendered by WordPress itself without a separate front end. |
| Multi-app content hub serving several products | Strapi | Content is modeled once as structured collections and delivered through REST or GraphQL to several front ends, and you accept the Node.js build and deployment work. |
| Headless site behind a JavaScript front end | Strapi | The front end team wants schema defined in the CMS as content types with API-first delivery, and the team is comfortable operating a Node.js service. |
| Team with strong PHP skills and existing PHP hosting | WordPress | Your hosting already runs PHP 8.3 or greater with MariaDB 10.11 or greater or MySQL 8.0 or greater, as WordPress.org recommends, so no new runtime is needed. |
| Team with strong Node.js skills and a Node.js platform | Strapi | Your engineers already maintain Node.js services, and you can keep the runtime on an Active or Maintenance LTS version, which Strapi 5 requires. |
| Need for SSO on the editor console | Strapi | You want administrator login through an identity provider, but confirm the plan first, since SSO is an add-on on Growth and included in Enterprise under the self-hosted pricing. |
| Headless WordPress still makes sense | WordPress | You keep editors on the familiar admin, need the REST API for a separate front end, and accept that themes, plugins and preview may need extra work. |
| Strapi remains the better fit despite the plugin gap | Strapi | Your content model needs typed collections and API responses more than a plugin library, and you do not need audit logs or review workflows on a free plan. |
How WordPress and Strapi model content differently
WordPress models content as posts, pages and custom post types, each with a title, body and metadata. Anything beyond that comes from custom fields, which teams usually add with a plugin or with theme code. Editors work in the block editor and admin screens they already know, while developers decide which post types and fields exist. The schema is therefore spread across plugin settings, theme code and the database, so no single file describes the content model. A traditional site also depends on the theme to render those fields, which ties the model and the presentation together. Ask who will own that spread of configuration when the first field needs to change.
Strapi works from the other direction. Each content type is a schema with fields, relations and components, and Strapi generates REST and GraphQL endpoints from that schema. Developers usually define the model in the project and keep it in version control, and editors use the Strapi documentation introduction as a starting point for the admin panel within the roles they are assigned. Every self-hosted plan, from Community to Enterprise, includes both REST and GraphQL APIs, so the API layer does not depend on which tier you buy. The tradeoff is that the content model becomes a development artifact, and editors who want a new field need a developer in the loop.
Changing a model later costs different things on each side. In Strapi, a schema change is a code change that goes through review, a database migration and a deployment. The v4 to v5 move shows how far a model change can reach, and Strapi's migration docs say to back up the database first because downgrading is not supported. In WordPress, adding a field is quick, but renaming or removing one can leave orphaned values in the database and break templates or API consumers, so plan a cleanup step. Before you choose headless WordPress, confirm which REST API fields your front end needs, which custom fields plugin supplies them, that plugin's license and support terms, and who patches it between WordPress updates.
How each platform is built and deployed
WordPress and Strapi reach production through different stacks, and that difference shapes who patches what and how often. The cards below cover the runtime, the database, the admin and API surface, and the operating work each one leaves with your team.
WordPress runs on PHP
WordPress is a PHP application, and WordPress.org recommends PHP 8.3 or greater for hosting it. Your team inherits PHP version upgrades, web server configuration and the plugin code running on top of both. Check whether your hosting provider supports the PHP version your installed plugins need before you commit to a host, because plugins often lag behind the core requirement.
Strapi runs on Node.js
Strapi 5 runs only on Node.js versions that are in Active LTS or Maintenance LTS status, so a Node.js major version can fall out of support on a schedule you do not control. Your team must plan Node.js upgrades, rebuild the admin panel when required and retest custom plugins and lifecycle hooks. Confirm the current supported Node.js versions in the Strapi installation documentation before you set your base image.
Database choice differs
WordPress is built for MariaDB or MySQL, and WordPress.org recommends MariaDB 10.11 or greater or MySQL 8.0 or greater. Strapi 5 supports MySQL, MariaDB, PostgreSQL and SQLite, but not MongoDB or other NoSQL databases. If your organization standardizes on PostgreSQL, Strapi fits that standard while WordPress does not. Confirm the database engine and version your backup tooling and DBA team support before choosing.
Admin panel and API surface
WordPress serves content through its theme-rendered front end and its admin dashboard, and exposes a REST API for headless use. Strapi ships a separate admin panel and an API-first design where REST and GraphQL are the primary delivery channels. Decide whether editors work in the admin UI, whether a JavaScript front end consumes the API, and whether you need a separate preview path. Test each surface against your editorial workflow before you commit.
Patching the runtime
WordPress applies automatic background updates to the core and, for plugins and themes, only in cases the WordPress.org API flags for critical vulnerabilities. Strapi has no equivalent automatic patching of your application, so your pipeline must rebuild and redeploy each Strapi release. Plan a scheduled review of every plugin and dependency in both cases, and confirm which WordPress or Strapi release line your team will keep current.
Operating the server
WordPress is typically run as a shared-nothing PHP site behind a web server, with uploads and database backups needing separate handling. Strapi runs as a long-lived Node.js process that you start, restart and monitor, which adds process management and a build step to every release. Ask your platform team which model your existing tooling, monitoring and on-call rotation already support, and cost that work into your comparison.
Identity, extensibility and where each needs add-ons
Strapi's single sign-on feature applies only to administrator login to the admin panel. Your team connects an identity provider such as Microsoft Azure Active Directory, and the feature covers auto-registration, a default role for new administrators and an optional lock-out of local login. On the self-hosted pricing page, SSO is an add-on for the Growth plan and is included in Enterprise, so the licensing decision comes before the architecture decision. WordPress has no supplied fact covering SSO, so editor sign-in depends on a plugin your team selects and maintains.
- Scope of Strapi SSO: it governs who can open the admin panel, not who can read content through the API.
- Growth versus Enterprise: on Growth, SSO is paid as an add-on; on Enterprise, it is included.
- Default role handling: new administrators receive a configured default role, so role mapping needs review before go-live.
- Local login lock-out: enabling it removes a fallback path, which matters if the identity provider is unavailable.
- WordPress plugin route: SSO for WordPress comes from third-party plugins, so the choice of plugin, identity provider and plugin version is open.
Before you commit, confirm with the vendor and your identity team which Strapi plan includes SSO for your edition and which WordPress plugin supports your identity provider at the version you will run.
End-user authentication covers the people who sign in to read gated content, submit forms or manage their own accounts, and it is a separate concern from editor sign-in. In Strapi, that role belongs to the Users and Permissions plugin, which handles accounts and access for API consumers. Because this path is separate from admin SSO, an organization can run corporate sign-in for editors and still need a distinct design for customers or partners. Confirm which identity model your audience requires before assuming either platform meets it.
- Strapi Users and Permissions: this plugin manages end-user accounts and controls what each role can read or write through the API.
- Separation from admin SSO: Strapi's SSO feature does not govern end-user logins, so you design these two paths independently.
- WordPress user accounts: WordPress manages its own user table, and member or customer logins are typically handled by plugins chosen for the site.
- Token and session handling: review how each platform issues and expires credentials for API or front-end clients, since this differs by implementation.
- Audit coverage: Strapi lists audit logs as an Enterprise feature, so check whether your end-user activity requirements depend on that edition.
Ask the vendor and your security team to document each authentication path, the plugin or module that owns it, and the test cases that prove a locked-out or expired account cannot read protected content.
Both platforms extend through code and plugins, but the extension points and the people who maintain them differ. WordPress has a large plugin ecosystem under the GPL, and its security team can push automatic updates to plugins and themes only in the special cases the WordPress.org API allows. Strapi extends through plugins in a Node.js codebase, and several capabilities, including enterprise plugins, sit behind the Enterprise plan. Each extension adds upgrade work, so the count and provenance of add-ons matter as much as the base license.
- WordPress plugins: the ecosystem is broad, but quality, maintenance and update cadence vary by plugin, so review each one before adoption.
- Automatic plugin updates: by default these apply only in cases the WordPress.org API designates, so most plugin upgrades remain your responsibility.
- Strapi plugins and Enterprise features: audit logs, review workflows and enterprise plugins require an Enterprise plan according to Strapi's documentation.
- Custom code: both platforms accept custom extensions, which need their own testing against each major upgrade.
- Upgrade effort: Strapi v4 reached end of life on April 30, 2026, so older custom plugins may require migration work.
Before you build, list every plugin or module you expect to need, its license, its maintainer and the edition or plan it depends on, then confirm each against current vendor documentation.
Capabilities compared using supplied facts
This table compares the licensing, runtime, database, release and governance facts that affect self-hosting WordPress or Strapi. Where a cell says to confirm, the supplied research does not settle the point, so check it with the vendor or in a test environment before you decide. Read the rows on license and edition gating first, because they set the cost and feature ceiling for each platform.
| Capability | WordPress | Strapi |
|---|---|---|
| License | GPLv2 or later, per the Free Software Foundation license | MIT Expat for code outside ee/ directories; proprietary Enterprise license for ee/ directories |
| Core licensing model | Single GPL codebase; plugins and themes are separate projects you choose individually | Open core: Community Edition is MIT, with paid Growth and Enterprise plans for hosted and self-hosted use |
| Runtime | PHP; WordPress.org recommends PHP 8.3 or greater | Node.js; runs only on Active or Maintenance LTS Node.js versions |
| Supported databases | MariaDB 10.11 or greater or MySQL 8.0 or greater recommended by WordPress.org | PostgreSQL 14 or later, MySQL 8.0 or later, MariaDB 10.3 or later, SQLite 3; no MongoDB or other NoSQL |
| Release cadence and current versions | WordPress 7.1 released August 19, 2026; 7.1.3 released October 6, 2026 | Strapi 5.58.0 released October 14, 2026; minor releases have shipped roughly weekly |
| Support for older versions | Only the latest version is officially supported; Security Team backports critical fixes to older versions as a courtesy | Confirm the support window for your major version in Strapi's release policy; v4 reached end of life April 30, 2026 |
| Content history and releases | Confirm with your chosen plugin or editor setup, since core does not define this as a named feature | Available from the Growth plan, per Strapi's self-hosted pricing page |
| Audit logs | Confirm with the plugin or security product you plan to use | Enterprise plan feature, per Strapi's self-hosted pricing page |
| Review workflows | Confirm with the plugin or workflow tool you plan to use | Enterprise plan feature, per Strapi's documentation |
| SSO | Confirm the identity integration path for administrators and plugins you select | Add-on for Growth, included in Enterprise; covers admin panel login only, end-user auth uses Users and Permissions |
| Headless API support | REST API available; confirm the endpoints and plugins your front end needs | REST and GraphQL APIs included on all self-hosted plans |
What the GPL and open-core licenses allow
WordPress is released under the GPLv2 or later, a license published by the Free Software Foundation. For a self-hosted team, that license governs the core software you download and run. The terms that often matter more in practice are those of the plugins and themes you install, because each carries its own license and its own support model.
- Core license: The GPLv2 or later covers the WordPress core you download from WordPress.org, and it sets the terms under which you may run, modify and redistribute it.
- Plugins and themes: Third-party extensions are licensed separately, so confirm the terms of each one before you depend on it in a regulated environment.
- Security fixes: Only the latest version is officially supported, while the WordPress Security Team backports fixes to older versions as a courtesy. That courtesy is not a contractual commitment.
- Release line: WordPress 7.1 was released on August 19, 2026, and 7.1.3 on October 6, 2026. Only the most recent release in the 7.1 series is actively maintained, so your upgrade planning depends on that line.
Ask counsel to review the license of every plugin and theme in your stack, along with any commercial add-on that carries its own redistribution or internal use terms.
Strapi's license is split within a single repository. Code outside ee directories is provided under the MIT Expat license when you have no Strapi Cloud account. Code in ee directories carries a proprietary Enterprise license. Which terms apply therefore depends on the directories your build uses and on whether your organization holds a Strapi Cloud account.
- MIT Expat outside ee: Permissive terms apply to code outside ee directories when you have no Strapi Cloud account.
- Proprietary ee directories: Enterprise code is governed by Strapi's separate license, so using it is not covered by MIT.
- Cloud account condition: The MIT grant depends on having no Strapi Cloud account. If any team in your organization uses Strapi Cloud, have the terms reviewed for the whole deployment.
- Build contents: Confirm which directories your build and any plugins touch, since a configuration that pulls in ee code changes the applicable license.
- Community Edition: The Community plan is free and includes REST and GraphQL APIs, which is the plan most closely tied to the MIT-licensed code.
Get Strapi's written confirmation of which terms apply to your exact build and account setup. The legal review of the license terms for your deployment is your responsibility, not the vendor's or DeployOpen's.
Strapi's self-hosted pricing has three plans: Community, Growth and Enterprise. All three include REST and GraphQL APIs and unlimited entries and API calls. Community is free with unlimited users. Growth is listed at 45 US dollars per month including 3 users, plus 15 dollars per extra user, according to Strapi's self-hosted pricing page. Enterprise is custom priced.
- Community: Free with unlimited users, suited to teams whose requirements fit the MIT-licensed code and its APIs.
- Growth price: The listed price is 45 US dollars per month including 3 users, so the per-user line drives cost as headcount grows.
- Growth features: Content history and releases start at the Growth plan. SSO is an add-on on Growth.
- Recurring costs: Plan fees recur monthly. Implementation, hosting, upgrades and support are separate costs that the plan price does not cover.
- Enterprise: Custom pricing means the written quote sets the cost, so ask for it with the feature list attached.
Before you commit, calculate the Growth cost at your expected user count and ask Strapi what changes at each tier.
Strapi's documentation marks audit logs, review workflows and enterprise plugins as requiring an Enterprise plan. Teams in regulated sectors often need these features when they must show who changed content and that content was approved before publication. Those needs can decide the plan, so check them before you choose Community or Growth.
- Audit logs: Available only on Enterprise. If your evidence process requires an event trail from the CMS, confirm what lower plans record and what they do not.
- Review workflows: Available only on Enterprise. Approval before publication may need a different control on lower plans, so confirm the alternative in writing.
- Enterprise plugins: Available only on Enterprise. List every plugin your build depends on and check its plan requirement.
- SSO scope: SSO covers administrator login to the admin panel through an identity provider, while end-user authentication is handled separately by the Users and Permissions plugin.
- Controls and evidence: A feature supports a control but does not satisfy it alone. You still need documented procedures and retained evidence.
Ask Strapi to map each control you must meet to the plan and feature that provides it, and to confirm which items are included in your Enterprise quote.
How plugin dependence changes the update and security load
WordPress automates core updates more than most self-hosted CMSs, but that automation stops at the plugin boundary. Automatic background updates arrived in WordPress 3.7, and since WordPress 5.6 newly created sites have automatic major release updates enabled by default. Plugins and themes are different. WordPress applies automatic updates to them only in special cases selected through the WordPress.org API, which the WordPress Security Team controls to patch critical vulnerabilities. The Security Team officially supports only the latest release, although it backports fixes to older versions as a courtesy, as described on the WordPress security page. Check whether automatic major updates are enabled on each existing site, since sites created before 5.6 may not have the default, and inventory every plugin and theme with its maintainer and last update date.
Strapi's update work follows its own release cadence. Strapi 5 minor releases have shipped roughly weekly, for example v5.56.0 on September 30, v5.57.0 on October 7 and v5.58.0 on October 14, 2026, according to the Strapi GitHub releases page. The supplied facts do not establish whether self-hosted Strapi applies core updates automatically, so confirm that with Strapi before you plan around either outcome. What is clear is that Strapi 5 runs only on Active or Maintenance LTS Node.js versions, so a Node.js upgrade can land on the same calendar as your Strapi upgrade. Strapi v4 reached end of life on April 30, 2026, which shows how quickly a major version can leave support if the team falls behind.
On the WordPress side, your team owns plugin vetting, testing and rollback, because the automatic path does not cover most plugins. Decide who approves a plugin before it reaches production, keep a staging copy that mirrors live plugins and themes, and test each update there first. Ask what rollback looks like in practice, such as restoring a database and file backup taken immediately before the update. For Strapi, apply the same discipline to your own code and any plugins you add. The Strapi v4 to v5 migration guide tells teams to back up the database first because downgrading is not supported, so verify the rollback path for minor upgrades with Strapi before you rely on it. Assign a named owner and a backup step to every change window.
What drives running cost on each side
Running WordPress and Strapi both cost more than their licenses suggest, but the cost lines differ. Hosting stack, skills, paid editions, plugin upkeep and upgrades each carry a one-time setup part and a recurring part, so compare them on the same basis before you ask for quotes.
Infrastructure and hosting stack
WordPress.org recommends PHP 8.3 or greater with MariaDB 10.11 or greater or MySQL 8.0 or greater. Strapi 5 runs on Node.js, supports PostgreSQL 14 or later, MySQL 8.0 or later, MariaDB 10.3 or later and SQLite 3, and runs only on Active or Maintenance LTS Node.js versions. Ask each partner to price the servers, database, backups, monitoring and staging copies it proposes, and whether the Node.js release line must be moved on a schedule your team sets.
Staff skills and operations
A WordPress estate usually needs people who can operate PHP hosting, plugin conflicts and theme changes. A Strapi estate needs Node.js operations plus API design for content models, roles and the Document Service API. The cost is mostly salary or contractor time, which recurs. Ask who will maintain the content model, who approves plugin or package changes, and how much of that work sits with your own staff versus a retained partner.
Enterprise and paid editions
Strapi's Community Edition is MIT licensed, but audit logs and review workflows require the Enterprise plan, and content history and releases start at Growth. SSO for the admin panel is an add-on on Growth and included in Enterprise. Enterprise pricing is custom, so the recurring fee should be in the quote. WordPress itself has no paid edition, but commercial plugins for workflow or SSO carry their own license fees, which recur or renew.
Strapi Cloud as an alternative
Strapi Cloud replaces hosting, uptime operations and some upgrade work with a monthly subscription per project. Strapi lists Starter at 35 US dollars per month per project, Pro at 90 and Business at 450, with API request, storage and bandwidth allowances, and a 99.9% uptime SLA on Business. Compare those fees with your own hosting, staff time and backup costs, and confirm which allowances and data residency terms apply to your content.
Plugin and integration maintenance
WordPress sites often depend on plugins that need ongoing review, and WordPress applies automatic plugin and theme updates only in special cases the WordPress.org API selects, so you own most plugin patching. Strapi integrations are usually custom code or community plugins that your team or partner must test on each Strapi minor release. Ask for the recurring review effort per plugin or integration, not a one-off build figure.
Upgrade effort and migration risk
WordPress core updates are usually routine, and automatic major release updates are enabled by default for sites created since WordPress 5.6. Strapi 5 minor releases ship roughly weekly, while moving from v4 to v5 needs a codemod run, a data migration on first start, a database backup, and no downgrade path. Ask each partner to estimate the upgrade cycle, the test scope and the one-time migration effort separately from the recurring patch work.
How to move from WordPress to Strapi, or back
This sequence turns a WordPress site into a Strapi content model and API, or the reverse, with a verified copy of content, a documented map of what moved and what was rebuilt, and editorial workflows tested before cutover. Confirm the approach with Strapi and with your own environment before committing to a date.
Inventory content types and plugin data
List every post type, custom field group, taxonomy, menu, user role, media library folder and comment setting, then list the data each active plugin stores in its own tables or post meta, such as forms, memberships, SEO fields, ecommerce orders and scheduled content. Mark each item as content to move, configuration to recreate or data to retire. Owner: the content lead and the site's developer together. Done when every item has one of those three labels and the plugin list is signed off.
Map fields to a Strapi schema
Translate each WordPress post type and custom field into a Strapi content type with typed attributes, relations for taxonomies and author references, and components or dynamic zones where repeated layouts exist. Decide which fields become required, which become localized, and which are dropped. Note that Strapi's v4 to v5 migration tooling, including its codemods and data migration scripts, does not apply here because the source is WordPress, not Strapi. Done when a written schema diagram has been reviewed against the inventory and gaps are listed.
Back up the source database and files
Take a full backup of the WordPress database and the wp-content directory, including uploads, and store it outside the production host. Restore it to a separate staging copy and confirm the staging site loads, the media library resolves and user accounts are present. Keep the original untouched until cutover is complete. Done when a restore has been tested on staging and the backup location and retention are recorded in the migration plan.
Export and transform content
Export posts, pages, taxonomy terms, author records and media metadata from WordPress, typically through the REST API or a database query, into an intermediate format such as JSON. Convert HTML content into structured fields, rewrite shortcodes into components or plain content, and attach media as references to files you have copied into your storage. Keep a mapping file from old WordPress IDs and slugs to new Strapi document IDs. Done when a sample batch imports into a Strapi development instance with correct relations and the ID map is complete.
Rebuild front-end rendering against the API
Build or update the front end so it reads from the Strapi API rather than WordPress theme templates. Recreate theme logic such as menus, archive listings, template selection and conditional sections, and rebuild any plugin features your business relied on, such as forms, search, or membership gating, using Strapi content types, plugins or external services. Confirm which responses use the Strapi response format your front end expects. Done when the rendered pages match the approved designs for a representative set of templates.
Rebuild URLs, redirects and search
Decide the new URL structure, then create a redirect map from every indexed WordPress URL to its new equivalent, covering permalinks, category and tag archives, attachments and paginated lists. Replace WordPress search with an indexing approach that your front end can query, and check that sitemaps and canonical tags are regenerated. Done when a crawl of the old URL list returns the expected redirects and the new search returns results for sample queries.
Test editorial workflows and roles
Have editors complete their real tasks in Strapi: drafting, previewing, scheduling, translating if needed, publishing, and reverting. Recreate WordPress roles and capabilities as Strapi administrator roles and content permissions, and check that each role can do what it needs and nothing more. Note which Strapi features are plan-dependent, such as content history and releases, review workflows, audit logs and SSO, and confirm them against Strapi's pricing page before you rely on them. Done when a signed-off test script has been run by each editor group and every failure has a fix or a documented workaround.
Confirm the approach with Strapi and your environment
Before any production cutover, confirm the migration approach with Strapi and with the team that will run the platform. Ask Strapi to confirm the supported Node.js version for your deployment, the supported database engine and version, and any plan requirements for features you intend to use. Check that hosting, backups and patching ownership are assigned, then plan a rollback path, since downgrading Strapi is not supported and the WordPress source must stay recoverable until the new site is accepted. Done when the vendor and internal sign-offs are recorded.
Where implementation projects usually run long
On the WordPress side, the longest part of an implementation is rarely the core install. It is the configuration and hardening of the theme and plugin set, because plugin behavior is often undocumented beyond its settings screen. Plugins that store data in custom tables, add rewrite rules or change how the editor saves content can each surprise a team after go-live, and each one adds a patch and compatibility check to every upgrade cycle. If you are running headless WordPress, add the separate front end build: its routing, preview flow, caching and deployment pipeline are work the WordPress install does not do for you. Ask any implementation partner to list every plugin with its data footprint, and confirm which ones your upgrade process must retest.
On the Strapi side, the usual overruns come from schema design and access control. Content types, components and relations are cheap to add in the admin panel but expensive to reshape once editors and API consumers depend on them, so a content model revised late in the project forces rework in both the data and the front end. Roles and permissions need to be mapped to real editorial and publishing duties before the build, not after. Admin SSO adds its own testing burden: confirm the identity provider configuration, the auto-registration and default role behavior, and the local login lock-out setting in a staging instance, since those choices are hard to undo safely in production. Budget time for the Next.js or other front end build as a separate workstream.
Across both platforms, the same causes recur: editor training that starts too late, content model changes requested after build, and SSO or role testing squeezed into the final week. DeployOpen works under fixed-scope agreements, so scope, deliverables and timelines are agreed in writing before work starts. Ask each vendor or partner to name the assumptions behind its timeline, including the number of content types, plugins or roles, the editor count, and who owns the front end build, so that a change to any of them is handled as a documented scope change rather than a quiet overrun.
Questions buyers ask before choosing between WordPress and Strapi
How much does it cost to run WordPress versus Strapi?
Software licensing is not the main driver. WordPress core is GPL-licensed and free to download, while Strapi's Community Edition is MIT-licensed, so the recurring cost sits in hosting, plugins or Enterprise features, maintenance and staff time. For Strapi, the self-hosted pricing page lists Growth at 45 US dollars per month including 3 users, with 15 dollars per extra user, and Enterprise at custom pricing. Those figures are list prices from the vendor's page and can change. Cost also depends on which Strapi features you need, since audit logs and review workflows require Enterprise, while content history and releases start at Growth. Ask for a written quote that lists each component, what is one-time and what recurs, and who operates each part.
How long does a WordPress or Strapi implementation take?
The timeline is set by content model complexity, the number of front ends, integrations, migration of existing content and the approval steps your organization requires, not by the platform alone. A WordPress site that stays on a classic theme usually moves fastest because themes and plugins are already mature, while a headless Strapi build needs schema design, API consumers and a separate front end. If you are migrating a Strapi v4 project, note that v4 reached end of life on April 30, 2026, and Strapi's migration docs say to back up the database first because downgrading is not supported. Ask for a fixed-scope plan with milestones and named deliverables before committing to a date.
What skills does the internal team need for each platform?
WordPress is PHP-based, so the team needs PHP and MySQL or MariaDB operations, plus someone who can judge plugin quality and apply updates. WordPress.org recommends PHP 8.3 or greater and MariaDB 10.11 or greater or MySQL 8.0 or greater. Strapi is Node.js-based, so the team needs TypeScript or JavaScript skills, schema and content modeling in code, and familiarity with a separate frontend build pipeline if the site is headless. Strapi 5 runs only on Active or Maintenance LTS Node.js versions, so someone must track those windows. Confirm the exact skill profile with your architects and the vendor documentation before staffing decisions.
Can our team run either platform without outside help?
A team with existing PHP or Node.js operations experience can run either platform, but the first deployment, security hardening, backup testing and upgrade planning are where teams most often need outside help. WordPress has automatic background updates for minor releases and, since WordPress 5.6, newly created sites have automatic major release updates enabled by default. Plugin and theme updates are not applied automatically in general, so someone must review them. For Strapi, upgrades are planned work, and the v4 to v5 path includes codemods and data migration scripts. DeployOpen plans, implements, hardens, backs up, upgrades and documents self-hosted platforms in your infrastructure under fixed-scope agreements, and ongoing support is available as a retainer. Confirm which parts your team will own after handover.
Which database should we choose for Strapi or WordPress?
Choose a database your operations team already supports and can back up and restore. WordPress.org recommends MariaDB 10.11 or greater or MySQL 8.0 or greater. Strapi 5 supports PostgreSQL 14 or later, MySQL 8.0 or later, MariaDB 10.3 or later and SQLite 3, but does not support MongoDB or other NoSQL databases. For production, PostgreSQL and MySQL-family databases are the usual choices in most shops, and SQLite is generally a development option, but confirm the supported production configuration with Strapi's installation documentation and your own load tests. If your organization standardizes on another SQL engine, verify that Strapi supports it before you commit.
Does Strapi SSO cover end users of our website?
No. Strapi SSO applies to administrator login to the admin panel through an identity provider such as Microsoft Azure Active Directory, with auto-registration, a default role and an optional local login lock-out. End-user authentication for your public site or application is handled separately by the Users and Permissions plugin. In Strapi's self-hosted plans, SSO is an add-on for Growth and included in Enterprise. If your requirement is single sign-on for customers or members, you need to design that flow separately and confirm the exact options with Strapi before you plan the identity architecture.
Can WordPress be used as a headless CMS?
Yes, WordPress can serve content through its REST API while a separate front end renders the site. The trade-off is that you give up theme-rendered pages, many plugins assume the classic front end, and you take on a separate build and hosting pipeline for the front end. Preview, forms and access control also need explicit design. Strapi is built API-first, so content modeling, the REST and GraphQL APIs and the admin panel are designed for headless delivery from the start. Ask your developers to prototype the specific content types, previews and plugins you depend on before choosing this path.
How DeployOpen helps choose and implement either platform
DeployOpen is a Chainscore Labs company that plans, implements, integrates, hardens, backs up, upgrades, documents and supports self-hosted open-source platforms inside your own infrastructure. We help teams decide between WordPress and Strapi on the requirements in front of them, then build and hand over whichever platform fits.
How we scope
- We confirm whether the site is a traditional WordPress build, a headless WordPress API, or a Strapi content API before naming a stack.
- The written scope lists content types, editor roles, identity integration, database choice and the Node.js or PHP hosting target.
- We record which Strapi features you need, such as SSO or audit logs, so licensing and plan requirements are settled before work starts.
How we build
- We model content types and editor workflows in the chosen platform and document how they map to your existing content.
- We set up hosting in your cloud account or data center, including PHP 8.3 or the supported Node.js LTS line, with the database engine you selected.
- We test plugin or package choices, update paths and backups as part of the build, and record the results in the delivery documentation.
How we hand over
- Handover includes runbooks for updates, backups, restores and content model changes, written for your platform and admin team.
- We document the licensing position for each component, including which features depend on a paid Strapi plan.
- Your team receives a written record of configuration, access roles and identity settings so it can operate the platform without us.
How we support
- Ongoing support, upgrades and continuous testing are available as a retainer after handover.
- Retainers can cover WordPress core and plugin update cycles or Strapi version upgrades, each agreed in writing.
- Before any version change, we confirm the current release status and back up the database, since Strapi downgrades are not supported.
