Strapi Development & Integration
Custom content-type architecture, API design, Next.js frontend integration, and content migrations into Strapi — built by an AI search optimization team whose core stack is React and Next.js.
What Is Strapi?
Strapi is an open-source headless CMS built on Node.js that lets teams define content types in an admin panel, stores the content in a SQL database you control, and delivers it to any frontend through REST or GraphQL APIs — self-hosted on your own infrastructure or managed on Strapi Cloud. It ships no themes, templates, or rendering layer by design: the frontend is a separate application, typically React or Next.js, that consumes the APIs. Because entries are typed records with explicit relations rather than pages of markup, the same content can feed a website, a mobile app, and schema.org markup from one source.
Strapi is developed by Strapi, the company behind the project. The platform source, documentation, and pricing live at the official site — strapi.io and docs.strapi.io. Webvello is an independent development partner for clients building on the platform; we are not affiliated with Strapi.
| Platform type | Open-source headless CMS — a Node.js application you self-host, or run managed on Strapi Cloud |
|---|---|
| Editing interface | Admin panel with a content-type builder, role-based permissions, and a media library |
| Content APIs | REST and GraphQL over the same content, with scoped API tokens for consumers |
| Hosting model | Self-hosted anywhere Node.js runs — container platform, VM, or managed Node host — or Strapi Cloud |
| License | Open-source core under the MIT license; additional enterprise features are available commercially |
| Best fit | Teams that want full data ownership and control of the backend, its database, and its hosting |
| Official site | strapi.io |
Why Teams Choose Strapi — and Where It Fits
Strapi is an open-source headless CMS written in Node.js. You define content types in its content-type builder, editors work in its admin panel, and everything is served out over REST and GraphQL APIs with role-based permissions controlling who can read and write what. It ships nothing for the frontend on purpose — no themes, no templates, no rendering layer.
Two properties tend to drive the decision. First, it is open source and can be self-hosted, so the content database and the application can live inside infrastructure you control; Strapi Cloud exists for teams that would rather not operate a server. Second, the frontend is fully yours, which means rendering strategy, metadata, internal linking, and structured data are code decisions rather than plugin settings.
That second property is where our work overlaps directly. Webvello is an AI search optimization and index engineering company, and React and Next.js are our core stack — the frontend half of a Strapi build is the same work we do on every engagement. Content modeled as typed entities with explicit relations is also the cleanest possible input for the schema.org markup that AI search systems read, which is exactly the layer we specialize in.
Open source and self-hostable on your own infrastructure, or vendor-managed on Strapi Cloud if you would rather not run the server.
Collection and single types with components, relations, and validation — content modeled as entities rather than pages of markup.
Both API styles are available to the same content, so the frontend can query the way that suits it rather than the way the CMS dictates.
Strapi Development Services
From content modeling to migration and launch — the full path into Strapi
Content-Type Architecture
Collection and single types modeled around your actual content — services, locations, people, articles — with real relations instead of generic page blobs.
- Entity-first content modeling
- Relations and components between types
- Field validation and required fields
- Dynamic zones where flexibility is genuinely needed
Admin Panel & Permissions
The Strapi admin panel is where editors live, so roles, permissions, and the shape of each editing screen get configured deliberately.
- Role-based access control
- Per-type and per-field permissions
- API token scoping for consumers
- Editorial workflow configuration
Next.js Frontend Integration
Strapi REST or GraphQL content feeding statically generated, incrementally revalidated, or on-demand rendered pages in the Next.js App Router.
- REST and GraphQL client setup
- Query and population strategy
- Static generation and ISR strategies
- Programmatic routes generated from entries
Migrations into Strapi
Moving existing content — WordPress, legacy CMS platforms, databases, spreadsheets — into typed Strapi entries with verified parity.
- Content inventory and baseline documentation
- Scripted, repeatable transforms via the API
- Media library and asset migration
- URL and redirect mapping verified before cutover
Hosting & Deployment
Strapi is a Node.js application with a database behind it, so deployment, storage, and upgrades are real decisions rather than afterthoughts.
- Self-hosted versus Strapi Cloud evaluation
- Database and media storage configuration
- Environment separation and deploy pipeline
- Backup and upgrade planning
Structured Content for AI Search
Typed content with explicit relations maps directly onto schema.org entities — the foundation of the entity SEO and AI search work Webvello specializes in.
- Schema.org markup generated from content types
- Entity signals for AI search systems
- Content reuse across channels
- Index governance over generated pages
How a Strapi Integration Runs
The same documented, verifiable process we publish in our methodology
Content Model Design
We inventory your existing content and design the content types that represent it as clean, related entities — the structural decisions everything downstream depends on.
Strapi & Frontend Build
Content types, permissions, and the Next.js integration are built together so the editing experience and the rendered site stay in sync from the first commit.
Migration & Parity Check
For existing sites, content is migrated by script and compared side by side against the documented baseline — URLs, metadata, structured data, media, and redirects — before cutover.
Instrumented Launch
Analytics events, structured-data validation, and redirect checks are verified before launch, following the same delivery process we publish in our methodology.
Strapi Development FAQ
What makes Strapi different from a traditional CMS like WordPress?
Strapi is an open-source, Node.js-based headless CMS. Content is defined as content types in an admin panel and delivered over REST and GraphQL APIs, while the frontend is a separate application — typically React or Next.js. There are no themes or templates inside Strapi, so presentation, routing, and rendering are entirely yours to control. The practical trade-off is that you gain full control of the frontend and give up the plugin-and-theme ecosystem a traditional CMS provides, which means more of the site is built deliberately rather than assembled.
Should we self-host Strapi or use Strapi Cloud?
Both are legitimate. Because Strapi is open source, you can run it on your own infrastructure — a container platform, a VM, or a managed Node host — which gives you control over the database, the file storage, the network boundary, and the upgrade schedule. Strapi Cloud is the vendor-managed option that removes server operations in exchange for less infrastructure control. The decision usually comes down to who will operate the server, whether the content database has to stay inside your own environment, and how much upgrade and backup work your team wants to own. We help evaluate that before the build rather than after.
How do you migrate an existing site into Strapi?
Migration starts with a content inventory: every URL, content type, field, media asset, and relationship in the current system is documented as a baseline before anything moves. Content types are then modeled in Strapi to represent that content as clean entities, and scripted transforms move the data in through Strapi's APIs so the process is repeatable rather than a one-time manual copy. Before cutover we verify parity against the documented baseline — URLs, metadata, structured data, redirects, and media — so nothing disappears silently during the switch.
How does Strapi connect to a Next.js frontend?
The Next.js application consumes Strapi's REST or GraphQL endpoints and renders pages from that data. In the App Router, content can be fetched at build time for static generation, revalidated incrementally, or fetched per request when the page needs to be fresh, and routes can be generated programmatically from Strapi entries. React and Next.js are our core stack, so the frontend half of a Strapi build is the work we do every day; the integration layer is where the two meet.
Does a headless CMS help or hurt SEO?
It helps, provided the frontend is built properly — headless moves the responsibility for SEO onto your rendering layer instead of a plugin. You control server rendering, canonical tags, metadata, internal linking, and structured data directly in code, with no theme fighting you. It also helps in a way that matters increasingly for AI search: content modeled as typed entities with real relationships maps cleanly onto schema.org markup, which gives search and answer engines unambiguous signals about what each page represents. That entity-first approach is the core of the AI search optimization work we specialize in.
How does Strapi compare to Sanity?
Strapi is an open-source Node.js application you run yourself, with content types defined in an admin panel and stored in a database you control, served over REST or GraphQL. Sanity is a hosted content lake with a fully customizable React editing application called Studio, queried through GROQ or GraphQL. Choose Strapi when owning the backend, the database, and the hosting boundary matters most; choose Sanity when deeply customized editorial tooling matters more than running the server. We build on both — the content model should drive the choice, not the other way around.
Who owns the content in Strapi?
You do, fully. Strapi stores content in your own database, on infrastructure you choose, so the data is available to you through ordinary database tooling — dumps, backups, and direct queries — independently of the application. That is the practical meaning of open source here: there is no vendor-held copy you have to request an export from, and migrating away later is a database and transform exercise rather than a negotiation.
What database does Strapi use?
Strapi works with common SQL databases, including PostgreSQL, MySQL and MariaDB, with SQLite typically used for local development. The choice is an infrastructure decision rather than a content decision, and we make it per project based on where the application will be hosted, what your team already operates, and how the content will be backed up and restored. The current list of supported versions is published in the Strapi documentation, which is the source we check before committing to a stack.
How much does Strapi cost?
The open-source core is free to self-host — what you pay is hosting for the Node.js application, the database, and media storage. Strapi Cloud and the enterprise tiers are commercial products, and their current plans and prices are published at strapi.io/pricing rather than quoted here, since they change. In most projects the larger cost is not the license anyway: it is the one-time work of content modeling, frontend integration, and migration, which is the part we scope in writing before any engagement begins.
Related Services
Headless CMS Development & Management
Platform selection, migrations, and ongoing management
Sanity Development
Structured content and Studio work in Sanity.io
Directus Development
Database-first headless CMS integrations
Craft CMS Development
Content-first Craft builds and migrations
Framer Development
High-fidelity marketing sites built in Framer
Web Development
Custom React and Next.js development
Our Methodology
The documented process behind every engagement
Planning a Move to Strapi?
Tell us what your content looks like today. We'll map out the content-type architecture, hosting approach, and migration path before any code is written.