Strapi

Founded by Pierre Burgy, Jim Laurie, and Aurelien Georget; incorporated in France in 2016, now headquartered in San Francisco with a remote workforce. Community Edition is community-developed and MIT-licensed; Strapi the company sells Cloud hosting and Enterprise Edition on top of it.

Project first published on GitHub in October 2015; the company was incorporated in France in 2016. A rewritten version relaunched in October 2017.

Open-source, self-hostable headless CMS (Node.js/TypeScript) with no built-in frontend renderer; content is served via REST/GraphQL APIs to a separately built frontend. Strapi Cloud is an optional managed-hosting layer on top of the same software, not a hosted website builder.

Community Edition is 100% open source and MIT licensed. A separate closed-source Enterprise Edition adds paid features (SSO, audit logs, field-level permissions) on top of the same core.

Core CMS and Cloud-hosted projects run the same MIT-licensed codebase; Enterprise-only features (SSO, audit logs, field-level RBAC) are gated by a commercial license key.

Not a fit for non-technical users wanting a visual website builder; Strapi has no page renderer or design canvas; a developer must build and host the frontend separately.

Two free paths: (1) self-host Community Edition software free forever (MIT license, own infrastructure cost only), and (2) Strapi Cloud Free plan (no credit card) for one hosted project.

Cloud Free plan requests/overages simply stop working once the monthly allowance is hit, rather than billing overage.

Trial and Free plan are distinct: the trial lets you test paid-plan features/limits for 14 days, while the Free plan is a permanent lower-limit tier.

Strapi Cloud Essential plan: $18/mo billed monthly, or $15/mo-equivalent billed annually (20% annual discount); includes a custom domain. Self-hosting Community Edition costs $0 in software but requires your own Node.js hosting (a basic VPS runs roughly $5-15/mo, not a Strapi-set price).

Pro plan at $90/mo (monthly billing) is labeled "Best value" on Strapi's own pricing page and adds multi-environment support, weekly/manual backups, and CRON jobs over Essential.

Not applicable; Strapi has no native ecommerce/storefront product; it is a content backend that a developer would pair with a separate commerce stack (e.g., Stripe, Medusa, Shopify's Storefront API). No official ecommerce-specific plan exists to price.

Because Strapi ships no frontend renderer, there is no public-facing "powered by Strapi" badge to remove in the first place.

Strapi Cloud's published monthly and annual prices are the ongoing rate, not a discounted intro rate that jumps at renewal (annual billing is simply ~20% cheaper than paying monthly, consistently). Self-hosted Community Edition has no renewal price since it is free software.

No published money-back guarantee window found on Strapi's pricing or Cloud docs; Cloud effectively offers risk-free entry via the Free plan and 14-day trials instead of a refund policy.

Total cost of ownership is developer-time-heavy compared to hosted all-in-one builders since Strapi is backend-only.

Strapi's admin panel (Content Manager) is a structured form-based editor for entering field values per content type; there is no visual page canvas or WYSIWYG page layout because Strapi does not render pages; output is JSON via REST/GraphQL to a separately built frontend.

No drag-and-drop page/layout building. Content-Type Builder lets developers arrange fields when defining a schema, and dynamic zones let editors reorder pre-built components within an entry, but there is no visual canvas for arranging a rendered page.

Live Preview (Growth/Enterprise Cloud plans) lets editors double-click content in a side-by-side frontend preview to edit fields in place; documented as currently experimental with some field types (Blocks, dynamic zones) not yet supported.

Content History (native, Strapi 5) tracks and allows restoring previous versions of an entry from the admin panel.

No autosave-while-typing in the Content Manager; entries are saved explicitly via Save/Publish actions, not found described as autosave in official docs.

No dedicated official mobile app for editing content; the admin panel is a responsive web app, and 2026 releases have added mobile-browser support improvements to the admin panel itself, but there is no native iOS/Android editing app.

Not applicable in the usual sense; Strapi has no visual "templates" to switch between. Changing a content-type schema (renaming/removing fields) can break existing entries and any frontend code depending on that shape, so schema changes carry migration risk similar to a template switch elsewhere.

Editorial judgment: content editors find the Content Manager itself approachable once set up, but standing up a working site requires a developer to design the content schema, build and host a separate frontend, and wire up the API; there is no path to a live website without writing frontend code. Steeper than any hosted builder or traditional CMS in this comparison set.

Strapi ships no design templates or themes because it has no page-rendering layer; "design" is entirely the responsibility of the separately built frontend. Starter kits (Next.js/Nuxt/Astro boilerplates) exist but are developer starting points, not visual templates.

Not applicable to Strapi itself; fonts are a frontend concern, controlled entirely in whatever separate application renders the content, not in the CMS.

Not applicable in the visual-editor sense, but rated full-control because responsive behavior is 100% determined by the developer-built frontend with no CMS-imposed constraint either way.

Not a CMS feature; CSS lives entirely in the separately built frontend codebase, which the developer fully controls. Rated "yes" because nothing in Strapi restricts it (contrast with hosted builders that gate CSS access).

Same logic as custom CSS: JavaScript is entirely the frontend's domain and unrestricted by Strapi, which only serves data via API.

No native animation/interaction tools in Strapi; any animation is implemented in the separately built frontend using whatever frontend framework/library the developer chooses.

No design-token or global-styles system in the CMS; styling systems (design tokens, theming) live entirely in the frontend codebase, outside Strapi's scope.

Editorial judgment: because Strapi imposes zero rendering layer, the frontend developer has complete design freedom; the tradeoff is that none of that design work is provided out of the box, unlike template-based platforms.

Self-hosted Community/Enterprise Edition requires you to provide your own Node.js hosting and database. Managed hosting is available as a separate paid product, Strapi Cloud, not bundled with the free software.

Self-hosting is the default and original deployment model for Strapi; Strapi Cloud is an optional managed alternative on the same codebase.

Strapi Cloud plans include a "fast global CDN" for asset delivery. Not applicable to self-hosted deployments, where a CDN must be added separately (e.g., Cloudflare, CloudFront).

Strapi Cloud includes SSL/HTTPS for custom domains on paid plans as part of managed hosting. Self-hosted installs must configure SSL themselves (e.g., via Let's Encrypt/reverse proxy); not provided by the software.

Self-hosted uptime is entirely dependent on the customer's own infrastructure since there is no vendor hosting involved.

Strapi is an API server, not a static site generator, so there is no "export as static HTML" feature; the concept doesn't map cleanly onto a headless CMS. A frontend built against Strapi's API (e.g., with Astro or Next.js static export) can itself be statically generated, but that is a frontend-tooling choice, not a Strapi feature.

HTTP Archive tracks 'Strapi' but the May 2026 sample is only 30 origin-device samples (desktop 11, mobile 19), far too small to be meaningful; headless CMS fingerprinting rarely attributes the rendered frontend to Strapi. Reported as unavailable rather than publishing a coin-flip-sample figure.

The Media Library stores and serves uploaded files but does not automatically generate modern formats (WebP/AVIF) or compress images out of the box in core; responsive image breakpoints for uploads exist, but format/compression optimization for the delivered frontend is the responsibility of the separately built frontend (e.g., Next.js Image component) or an added plugin/provider.

Not applicable/not provided by Strapi itself; lazy loading of images on the rendered page is implemented in the separately built frontend, not the CMS, since Strapi has no page-rendering layer.

Self-hosted deployments have full control over API/application-level caching (Node.js middleware, reverse proxy, Redis, etc.). Strapi Cloud's CDN caches static assets; API response caching strategy is left to the developer either way.

Not a native "meta title/description" field; Strapi lets developers define any custom fields (including SEO fields) on a content type via the Content-Type Builder, and the community SEO plugin adds a ready-made SEO component. Whether these fields actually appear as <title>/<meta> tags depends entirely on the separately built frontend.

The native UID field type is purpose-built for slugs (auto-generated from another field, editable, enforced-unique); available on any content type via the Content-Type Builder.

This is a structural difference from page-based CMSs: URL design isn't a Strapi feature to evaluate, it's fully delegated to the frontend.

No native redirect manager, since Strapi serves no pages/routes to redirect. Redirect logic (if any) is implemented at the frontend/hosting layer (e.g., Next.js redirects, Vercel/Netlify rules), entirely outside Strapi.

Not a CMS-level tag; canonical URLs are rendered by the frontend. Rated true because a canonical-URL field can be modeled as any other custom field and is unrestricted; actual output depends entirely on frontend implementation.

Strapi generates no robots.txt, since it serves an API, not a website; a robots.txt file for the actual site is created and edited within the separately built and hosted frontend, not Strapi.

No native sitemap generation; the community Sitemap plugin (listed on Strapi Market) dynamically generates an XML sitemap from Strapi collection types. Not an official Strapi-maintained feature.

No automatic schema.org/JSON-LD output. Strapi's own blog content describes mapping content-type fields to schema.org properties and implementing JSON-LD manually in the frontend, or using a third-party SEO plugin's schema component as a starting point; there is no built-in automatic structured data generator.

Strapi's native internationalization (i18n) feature manages per-locale content entries but the official docs make no mention of generating hreflang tags or localized URLs automatically; that output is left entirely to the separately built frontend using the locale data Strapi provides via its API.

Not a native dedicated OG-tag feature, but Open Graph fields can be modeled as custom fields (and the community SEO plugin ships a ready OG-image/social component); actual meta-tag rendering happens in the separately built frontend.

No native noindex toggle, but a boolean "noindex" custom field can be added to any content type in seconds via the Content-Type Builder; enforcement (actually emitting the meta robots tag) happens in the frontend, not Strapi.

The Media Library has a native alternative text field per uploaded asset, and Strapi AI (Growth/Enterprise) can auto-generate alt text, captions, and tags for uploaded images.

No pre-built blog content type or blogging UI ships with Strapi; a developer defines an "Article"/"Post" collection type themselves via the Content-Type Builder (a common but manually configured pattern, not a native feature). Contrast with WordPress, where Posts ship built-in.

The Content-Type Builder is Strapi's core, defining feature; visually (or via AI chat/Figma/codebase import) create Collection Types, Single Types, Components, and Dynamic Zones with full relation support, no plugin required.

No dedicated "taxonomy" primitive distinct from content types, but categories/tags are trivially modeled as their own collection type with a relation field to other content types; a standard, well-documented Strapi pattern rather than a built-in feature.

No native publish-at-a-future-date scheduling in the Content Manager as of Strapi 5; Draft & Publish supports manual draft/publish states but not timed scheduling out of the box (commonly requested community feature, achievable via custom code/cron or plugins).

Content History (native to Strapi 5) tracks entry versions and supports restoring prior versions from the admin panel.

Native RBAC supports multiple administrators with role-based content permissions (Super Admin, Editor, Author defaults, plus custom roles), enabling multi-author workflows.

No native RSS feed generation; Strapi serves JSON via REST/GraphQL only. An RSS feed would need to be built in the separately hosted frontend by querying the API, or via a community plugin; not a built-in Strapi output format.

Auto-generated REST and GraphQL APIs for every content type, supporting full CRUD (create, read, update, delete, publish) with authentication via API tokens or users-permissions; this API is the entire product, not an add-on.

Strapi has no built-in storefront, cart, checkout, or payment processing. Ecommerce use cases are built by a developer modeling Product/Order content types in Strapi and integrating a separate payment/commerce layer (Stripe, etc.) in the frontend.

No native digital-product/download delivery mechanism; would be custom-built using Strapi's Media Library and custom content types plus developer logic.

No native recurring-billing feature; would require integrating a third-party billing provider (e.g., Stripe Billing) entirely outside Strapi.

No native multi-currency selling feature; a developer would model currency fields and handle conversion/display logic themselves.

No point-of-sale feature or integration; entirely outside Strapi's scope as a headless content backend.

No native cart concept at all, so no abandoned-cart recovery; would be fully custom-built if ecommerce were layered on top of Strapi.

The native `strapi export` CLI command produces a complete archive (or unpacked directory, v5.42+) of all content entities, relationships, schemas, config, and uploaded files (admin users and API tokens are excluded for security).

Not applicable in the visual-design sense since Strapi has no design layer to export; but rated full because there is nothing to lose: the entire codebase (content schemas, custom backend logic, the separately built frontend) is developer-owned source code that can be moved to any host.

No domain lock-in on self-hosted deployments; on Strapi Cloud, custom domains are supported on paid plans and can be pointed elsewhere at any time since Strapi does not act as a registrar.

Definitionally portable; the same open-source Node.js application that runs on Strapi Cloud can be self-hosted on any infrastructure supporting Node.js and a supported database (PostgreSQL, MySQL, SQLite).

The REST/GraphQL APIs and the CLI export both provide complete read (and, via API tokens, write) access to all content; this is the fundamental design of a headless CMS, not a bolt-on feature.

Editorial judgment: MIT-licensed, self-hostable, standard Node.js/SQL stack, full CLI export, and an API-first architecture make lock-in low overall. The main real cost of leaving is re-pointing a custom-built frontend at a different backend API and migrating custom content-type schemas, not any proprietary format or vendor-held content.

Smaller and more developer-tool-oriented than page-builder plugin ecosystems (WordPress, Wix) since most "integration" work in a headless setup happens in custom frontend code rather than installed plugins.

Auto-generated REST and GraphQL APIs are the core product; every content type gets a full API surface with no extra setup.

Native webhooks configurable per content-type event (entry create/update/delete/publish/unpublish) directly in the admin panel Settings, no plugin required.

Not a page-embed concept (Strapi renders no pages); rated "yes" because the backend itself is fully custom-code-extensible via controllers, services, middlewares, and plugins with no platform-level restriction, unlike hosted builders that gate code access by plan.

The `strapi` CLI is the primary way to create, develop, build, deploy, and now export/import Strapi projects (create-strapi-app, strapi develop/build/start, strapi export/import); official and actively documented.

Zapier and Make integrations are available via Strapi's REST API and webhooks (community/third-party connectors exist), not a dedicated first-party Strapi-built Zapier app; achievable but requires more setup than a native integration.

Strapi's "integrations" are primarily provider plugins (storage, email, AI) and API-level connections rather than a large curated native-app directory.

No AI website/page generation; there is no page-rendering layer in Strapi to generate. The closest analog is AI-assisted content-type/schema generation (see content.custom_content_types), not a finished site.

Strapi AI (generally available, Growth plan and up, monthly credit allowance) includes AI-drafted content types/components/relations from chat, Figma files, or existing codebases, plus custom AI-connected fields (via providers like OpenAI) that can generate product descriptions, blog summaries, or SEO meta text on demand within the Content Manager.

AI Media Library feature (Strapi AI, Growth+) automatically generates alt text, captions, and tags for uploaded images; this is metadata generation, not AI image creation/editing.

AI-generated alt text/captions (accessibility and SEO metadata) and custom AI fields that can generate SEO meta tags on demand are part of Strapi AI; there is no dedicated "SEO score" assistant native to Strapi itself (that comes from third-party SEO plugins).

AI features require a paid Growth-tier or higher subscription; not available on Free or Essential Cloud plans nor bundled free in self-hosted Community Edition.

Native RBAC on all plans (including free/self-hosted): 3 default roles (Super Admin, Editor, Author) plus unlimited custom roles, with per-content-type action permissions (create/read/update/delete/publish) and per-field permission toggles; conditional permissions (e.g., "must be the creator") add further granularity. Field-level permission granularity specifically is an Enterprise-only refinement.

Strapi implements post-locking (prevents two admins from editing the same entry at once, with a "someone else is editing" notice) rather than true real-time simultaneous co-editing like Google Docs.

Review Workflows (native Enterprise Edition feature) let teams define custom editorial stages (e.g., Draft > Review > Approved > Published) with stage-specific permissions; not available on Community Edition or lower Cloud tiers, where only basic Draft & Publish states exist.

Strapi Cloud Pro and Scale plans support multiple environments (effectively staging), and Live Preview (Growth/Enterprise) provides a side-by-side draft preview. Self-hosted deployments can set up their own staging environment manually, but it is not a built-in one-click feature the way it is on some hosted platforms.

No native in-editor commenting/annotation feature found in official Strapi 5 documentation.

Audit Logs is a native Enterprise Edition feature (self-hosted or Cloud Enterprise) tracking content, media, auth, roles/permissions, and user actions with actor/date/action detail; not available on Community Edition or lower Cloud tiers.

No official 24/7 support commitment documented for Community/Cloud tiers; Enterprise's Premium Support tier is the closest to elevated SLA-backed support, but 24/7 coverage is not explicitly published.

Editorial judgment: docs.strapi.io is comprehensive and actively maintained (CMS guides, Cloud docs, API reference, migration guides, release notes), and Strapi publishes frequent blog-based release roundups; but developer-only scope (no end-user/non-technical documentation, since there's no visual UI to document beyond the admin panel) keeps it a notch below WordPress's broader documentation surface for this comparison.

Smaller than general-purpose CMS communities (e.g., WordPress) since Strapi serves a developer-only, headless-CMS niche rather than the entire website-building market.

No ISO 27001 certification found mentioned on official Strapi security materials as of this research.

Automatic, but plan-gated on Strapi Cloud: Pro plan includes weekly automatic plus manual backups, Scale/Scale+ includes daily automatic backups; Essential and Free Cloud plans have no automatic backups mentioned. Self-hosted deployments are entirely the operator's responsibility (database backup tooling of their choice), with no Strapi-provided backup mechanism; so "automatic" applies only to Pro-and-up Cloud projects.

Internationalization (i18n) is a native, built-in feature (not a plugin) supporting 500+ pre-set locales, per-locale content entries, and per-locale publish states, configurable from Settings > Internationalization.

Editors switch locales in the Content Manager and can use "Fill in from another locale" to copy/adapt content; Strapi AI Translations (Growth+) automates translation across locales when the default-locale source is updated, with human editing still available afterward.

Native i18n manages locale data and relationships but official documentation makes no mention of automatic hreflang tags or localized URL structure generation; that output must be built manually in the separately hosted frontend using the locale data Strapi's API provides.

Not applicable/not documented as a native feature; RTL rendering is a frontend concern since Strapi renders no UI for end users; the admin panel's own RTL support for admin users specifically was not confirmed in official docs at time of research.