Xano vs Hasura: No-Code vs GraphQL API Builder Compared

Xano vs Hasura: backend generation compared

The most fundamental difference between Xano and Hasura is the intended user. Xano was built for non-engineers who need a capable, scalable backend but do not want to write code. Its visual function stack lets you build complex logic, including conditional branching, loops, external API calls, and data transformations, by stacking operations in a drag-and-drop interface. A founder or product manager can create authenticated REST endpoints, write custom business logic, and connect third-party services without touching a single line of server-side code. Hasura, by contrast, was designed for software engineers who already have a PostgreSQL database and want to instantly expose it as a GraphQL API. The initial setup is fast for developers, but anything beyond basic queries, such as sending emails, running scheduled jobs, or enforcing multi-step business rules, requires writing custom Actions in a language like TypeScript or Go and deploying them separately.

Hasura's strengths shine when real-time data and fine-grained access control at the database level are priorities. Hasura generates GraphQL subscriptions automatically, meaning clients can listen to live data changes without polling, which is valuable for dashboards, notifications, and collaborative tools. Row-level security is handled through Hasura's permission system, which maps directly to PostgreSQL roles, giving developers extremely precise control over what each user can read or write. Xano's strengths are on the opposite side of the spectrum: because business logic lives inside visual function stacks rather than in raw SQL or external microservices, non-technical team members can read, edit, and debug backend logic without engineering support. Xano also ships with built-in user authentication, file storage, and an internal database, so you do not need to assemble those pieces from separate services.

At App Studio, our default stack for client projects that involve non-technical teams is WeWeb combined with Xano. WeWeb has a native Xano connector, which means collections, authentication, and API calls are configured through a UI rather than hand-written fetch logic. This combination lets us deliver projects faster and, more importantly, leaves clients with a backend they can maintain themselves after handoff. For engineer-led teams who are already comfortable with GraphQL and want to build on top of a managed Postgres database, Supabase combined with Hasura is a well-regarded option. In that architecture, Supabase provides the database, storage, and edge functions while Hasura sits on top as the GraphQL gateway. It is a powerful setup but requires a developer on the team to manage schema migrations, Hasura metadata, and action endpoints over time.

Pricing for both platforms is broadly comparable at the starter tier. Xano's paid plans start at around $105 per month for production-ready workloads with custom domains and higher request limits. Hasura Cloud starts at approximately $99 per month for managed hosting, though the open-source self-hosted version is free if your team has the infrastructure to run and maintain it. Self-hosting Hasura is a legitimate cost-saving strategy for engineering teams that already operate containers, but it introduces operational overhead that most no-code or small agency teams prefer to avoid. When comparing total cost of ownership, factor in the developer time required to build and maintain Actions in Hasura versus the no-code time saved in Xano, since that difference often outweighs the monthly subscription gap.