Strapi

AI automations built natively into the open source Strapi headless CMS

Intermediate API
Screenshot of Strapi, AI automations built natively into the open source Strapi headless CMS

What is Strapi?

Strapi is a content tool. Strapi AI adds native AI features to the open source Strapi headless CMS: a built-in MCP server for agent-driven content operations, chat-based content type generation, automatic media metadata and automated translations across locales.

Strapi AI is the artificial intelligence layer built directly into Strapi, the open source headless content management system. Rather than bolting AI onto an existing editorial workflow through external plugins, Strapi ships these capabilities inside the CMS itself, covering the work that usually consumes the most time in a content operation: structuring data, annotating media and keeping multiple language versions in sync. The most distinctive piece is a built-in MCP server, now generally available. It lets AI agents such as Claude and Cursor connect to a Strapi project and read, write and publish content directly, operating under permissions the project owner defines. Alongside that, a chat interface drafts content types, components and dynamic zones, so developers can describe a schema in conversation and then refine the generated structure rather than assembling every field by hand. The media library uses AI to generate alt text, captions and tags automatically, which helps accessibility and image SEO while leaving editorial control with the team. Translation automation keeps every locale current whenever source content changes. The tool is aimed at two audiences that share one codebase. Developers get schema scaffolding and agent-driven content operations, while content managers get faster media handling and multilingual upkeep. It runs for both Strapi Cloud and self-hosted deployments, though the FAQ section on the site addresses version support and credit consumption for the AI features in more detail. Because it is native, teams avoid the maintenance overhead and inconsistent behavior of third-party integrations. The trade-off is fit. Strapi AI only makes sense if Strapi is already the content backbone; it is not a standalone writing assistant and cannot be pointed at another CMS. AI usage draws on a credit system, so heavy media libraries or frequent translations will consume more. Organizations that only need occasional copy help will find lighter tools simpler, but teams running a structured, multi-locale content model will get more value here.

How do you use Strapi?

  1. 1Create a Strapi project
    Follow the quick start to spin up a new Strapi project, either locally or on Strapi Cloud, and open the admin panel.
    Strapi — Create a Strapi project
  2. 2Draft a content type by chat
    Use the AI content type builder to describe the model you need, then adjust the generated components and dynamic zones before saving.
    Strapi — Draft a content type by chat
  3. 3Enrich media automatically
    Upload assets to the media library and let AI produce alt text, captions and tags, reviewing each suggestion before it goes live.
    Strapi — Enrich media automatically
  4. 4Turn on translation automation
    Configure the locales in your project and enable automatic translations so entries refresh whenever the source content changes.
    Strapi — Turn on translation automation
  5. 5Connect an AI agent over MCP
    Read the MCP server announcement, then connect an agent such as Claude or Cursor and scope its permissions for reading, writing and publishing.

Pros and cons

Pros

  • AI capabilities are native to the CMS, so there are no third-party plugins to install, patch or maintainAI
  • Built-in MCP server lets agents like Claude and Cursor read, write and publish content under permissions you defineAI
  • Chat-driven content type builder speeds up schema work on components and dynamic zones, with room to refine outputAI
  • Media library generates alt text, captions and tags automatically, which supports accessibility and image SEOAI
  • Works for both Strapi Cloud and self-hosted projects according to the site's FAQ framingAI

Cons

  • Only useful if Strapi is already your CMS; it cannot be applied to other content platformsAI
  • AI consumption follows a credit system, so large media libraries and frequent translations raise real costAI
  • Schema generation still needs developer review; generated content types are a starting point rather than a finished modelAI
  • Pricing and plan availability details are not stated on the homepage and must be checked in the FAQ and docsAI
  • No offline or standalone mode: the AI features live inside the admin and depend on a running Strapi instanceAI

How much does Strapi cost?

Integrations

The built-in MCP server connects AI agents such as Claude and Cursor to a Strapi project, letting them read, write and publish content under permissions configured in Strapi.

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Features

Strapi AI bundles four capabilities into the CMS: a built-in MCP server that connects AI agents to read, write and publish content with controlled permissions, a chat interface that drafts content types, components and dynamic zones, a media library that auto-generates alt text, captions and tags, and automated translations that keep every locale current when source content is updated.

Learn more

Frequently asked questions about Strapi

  • Does Strapi have an API?
    Yes, Strapi offers an API.
  • How do you use Strapi?
    The walkthrough on this page covers 5 steps: 1. Create a Strapi project 2. Draft a content type by chat 3. Enrich media automatically 4. Turn on translation automation 5. Connect an AI agent over MCP.
  • What platforms does Strapi support?
    Strapi is available on Web App, Linux, MacOS and Windows.
  • What does Strapi integrate with?
    The built-in MCP server connects AI agents such as Claude and Cursor to a Strapi project, letting them read, write and publish content under permissions configured in Strapi.
  • What are the limitations of Strapi?
    Only useful if Strapi is already your CMS; it cannot be applied to other content platforms. AI consumption follows a credit system, so large media libraries and frequent translations raise real cost. Schema generation still needs developer review; generated content types are a starting point rather than a finished model.

Status

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Added10/21/2026

Platforms

Web AppLinuxMacOSWindows

Pricing

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