A practical Strapi alternative
Strapi and Noma both help teams ship structured content to websites and apps, but they optimize for different constraints. This page is a one-to-one comparison: how each product is hosted, how developers integrate, and where Noma saves time when you want AI and a managed content layer without running your own CMS server.
Strapi and Noma at a glance
Strapi is the best-known open-source JavaScript headless CMS. You model content in an admin UI, expose REST or GraphQL, and either self-host the Node application or pay for Strapi Cloud. Teams that want deep server-side customization and a plugin marketplace often start here.
Noma is a hosted content platform aimed at developers and editorial teams that want structured content, predictable REST semantics, and AI workflows without operating CMS infrastructure. You work in the dashboard at app.nomacms.com, call the Content API from your stack, and optionally wire AI agents through the MCP server and Agent Skills.
| Topic | Strapi | Noma |
|---|---|---|
| Product shape | Open-source headless CMS: you run a Node.js server (or use Strapi Cloud), customize plugins, and own deployments. | Hosted, API-first content platform: dashboard and Content API are operated for you; you integrate from apps with the SDK or HTTP. |
| Primary API style | REST and GraphQL content APIs, plus extension points in the Node layer. | REST Content API with filtering, pagination, bulk operations, and localization; official @nomacms/js-sdk on top. |
| Typical ops burden | Self-hosted: database migrations, Node runtime, scaling, backups, and upgrades are yours. Cloud: Strapi manages hosting, with plan limits and usage-based overages on paid tiers. | Operational work for the CMS tier is mostly product configuration: projects, keys, locales, and editorial workflows. |
| Content modeling | Content-types and components in the admin; highly flexible with custom fields and relations. | Collections and 16 field types, including relations, groups, rich text, media, and JSON; singleton collections for one-off pages. |
| Drafts and history | Draft/publish patterns depend on version and setup; Strapi Cloud and paid tiers add collaboration-oriented features. | Draft and published states on entries, with immutable version snapshots per publish and plan-based retention plus revert in the dashboard. |
| Localization | i18n via built-in locale support; exact admin UX varies by version and plugins. | Project-level locales, per-entry locale field, translation linking, and AI-assisted translation workflows in the dashboard. |
| Assets | Upload plugins and provider integrations; storage depends on how you configure self-hosting or Cloud. | Built-in asset library, metadata, image optimization on plans, CDN-backed delivery, and bandwidth or storage limits per pricing tier. |
| End-user authentication | You typically implement app auth yourself or extend Strapi; the admin panel is separate from your product’s users. | Project-scoped auth for your users (password and social id_token flows), sessions, refresh, and user-scoped API keys via the same platform. |
| AI in the workflow | Strapi’s roadmap includes AI-assisted features; day-to-day automation often means your own tooling on top of the API. | AI assistant in the dashboard, inline generate and rewrite tools on text fields, entry-level translation, MCP server (39 tools), and installable Agent Skills for editors like Cursor and Claude Code. |
| Extending the platform | Large plugin ecosystem: custom controllers, services, middleware, and admin extensions in JavaScript or TypeScript. | Extension is API- and SDK-first (webhooks, automation, MCP). You customize business logic in your applications, not inside a forked CMS core. |
Strapi capabilities vary by edition (Community, Cloud plan, or Enterprise). Always confirm current features and limits on strapi.io before you budget a migration.
Integration surface: APIs, SDKs, and agents
Strapi’s strength is the fully programmable Node server. If you are comfortable maintaining a backend repository, you can tailor controllers, add GraphQL resolvers, and share packages across services. The cost is ongoing engineering time whenever Strapi or your hosting stack needs an upgrade.
Noma meets most teams at the HTTP boundary: a documented REST API, typed client in @nomacms/js-sdk, and signed webhooks when content changes. For AI-assisted development, the open-source @nomacms/mcp-server exposes 39 tools so assistants can list entries, patch fields, upload assets, publish or revert versions, and adjust schema with guardrails. That is a different trade than Strapi’s plugin model: less in-process extensibility, more focus on secure, repeatable automation from your editor.
Framework guides on this site (for example CMS for Next.js, Nuxt, and Astro) mirror how production teams keep API keys on the server and consume published content in static or dynamic renders.
Hosting, limits, and total cost picture
Self-hosted Strapi shifts nearly every operational decision to your team: database sizing, job queues, media storage, TLS, and patch cadence. Strapi Cloud simplifies hosting but still bills per project and enforces monthly allowances for API traffic, asset bandwidth, and storage, with overage fees on paid plans. Free Cloud projects may scale down after idle periods, which can add latency on the next request.
Noma is priced as SaaS with published tiers (Basic, Grow, and Pro) that bundle projects, dashboard seats, API requests, asset storage, CDN bandwidth, AI assistant usage, and version retention. The comparison is not “free vs paid”; it is “engineer time plus infrastructure vs a line item you can forecast.” Many teams pick Noma when they would rather not run another stateful service in production.
For exact numbers, see Pricing. For Strapi, review both Cloud and self-hosted licensing if you need enterprise controls such as single sign-on or advanced compliance features.
AI, translation, and day-to-day content work
Modern marketing teams ask for drafting help, tone fixes, and multilingual rollout in the same tool they publish from. Strapi can integrate AI through custom plugins or external services; you decide how much ships in the box versus what you build.
Noma treats AI as a core workflow: chat assistance inside the product, inline transforms on text and rich text, and one-click entry translation that respects locales and links translated entries. Those features sit next to traditional CMS capabilities such as collection templates, bulk edits, and webhooks, which keeps reviewers in one system.
If your organization already standardizes on Cursor, Claude Code, or similar tools, pairing MCP server with Agent Skills documents the same patterns your developers use in code for content operations.
When to choose which
Strapi is a strong fit when you must run inside a private network, you already invested in Strapi-specific plugins, or you want GraphQL exposed directly from the CMS process and are willing to operate it.
Noma is a strong fit when you want a managed content plane, first-party AI and translation, project-scoped end-user auth, and fast agent integrations through MCP and the JavaScript SDK, without maintaining a Node CMS deployment.
If you are evaluating both, prototype your riskiest assumption: data modeling complexity, editorial UX, automation from CI, or AI governance. Noma’s trial periods let you validate those flows on real projects before you commit engineering time to a migration.