Fit data to the interface
Avoid over-fetching a full record when a compact view needs only a few fields.
Give data-heavy interfaces a flexible query surface without creating a second model or a second set of access rules.
A project page may need the project, its owner, recent tasks, and a summary at the same time. Building and maintaining a custom response for every new screen creates a growing layer of API glue.
Daptin can expose the running model through GraphQL, so a client selects the fields and related records it needs. The model remains the source of truth; GraphQL is another way to work with it.
Teams can use the predictable resource API for ordinary flows and GraphQL for views that benefit from nested selection, without splitting the application's meaning across two backends.
Avoid over-fetching a full record when a compact view needs only a few fields.
Query connected information in the same shape people understand it.
Use GraphQL where it helps and JSON:API or actions where those contracts are clearer.
GraphQL does more when it can reuse the records, people, access rules, and workflows already in your application.
Daptin turns records and relationships into a graph schema.
The client names the fields and connections needed for a view.
The request remains tied to the caller and the application data model.
The same records can also appear in APIs, actions, files, and live events.
Start from the experience you want to create; the backend capability supports the work behind it.
Load a project, members, milestones, and recent activity together.
Show a collection, its products, media, and categories in one view.
Bring profile, memberships, and owned records into a single screen.
These capabilities share the same application context, so each one makes graphql more useful.
GraphQL changes how clients select data; it does not remove the need to design good relationships or prevent inherently expensive queries. Operators should enable and observe it deliberately.
Run Daptin locally, explore the live administration surface, and follow one complete application path.