How to Build a Next.js Research Dashboard with Cursor and Synorb
When the target is a production Next.js dashboard, Cursor can inspect the repo and wire Synorb into the app's real server and UI patterns. The result is a cited research dashboard, not a static mockup.
What is this next.js research dashboard supposed to do?
A research dashboard should turn live external context into panels: latest updates, entity watchlists, topic trends, source queues, and cited cards that a user or agent can verify.
Use a Next.js server route to call Synorb REST with credentials kept server-side.
Latest updates, watchlist hits, source queue, topic filters, and usage state.
Every card keeps source URL, date, tags, and stable IDs visible.
Why does Cursor fit this build?
Cursor fits this intent because it can modify route handlers, server components, client components, shared types, and tests in one codebase-aware pass. Synorb provides the external context layer with citations intact.
Which Synorb feeds should this app start with?
Start narrow, prove the feed contract, then broaden coverage. These scopes give the coding agent concrete source-grounded examples to design against.
Use Synorb Streams and source-linked feed records to test this scope with source URLs, dates, tags, and coverage caveats preserved.
Use Synorb Streams and source-linked feed records to test this scope with source URLs, dates, tags, and coverage caveats preserved.
Use Synorb Streams and source-linked feed records to test this scope with source URLs, dates, tags, and coverage caveats preserved.
Use Synorb Streams and source-linked feed records to test this scope with source URLs, dates, tags, and coverage caveats preserved.
Use Synorb Streams and source-linked feed records to test this scope with source URLs, dates, tags, and coverage caveats preserved.
Use the same safe data path.
Explore with an agent
If Cursor or your companion coding agent supports MCP, inspect Synorb Streams and source-linked examples before generating the app. Otherwise use the REST docs and the sample row shape in the prompt.
Call Synorb from the backend
The shipped app should call Synorb REST from a server route, scheduled job, webhook receiver, or server function. Keep SYNORB_API_KEY and SYNORB_SECRET out of browser code.
Show citations and coverage
Every card should preserve source URL, source name, published date, tags, and an honest empty or limited-results state when the selected scope has few results.
Paste this into Cursor.
This prompt is tuned to the build intent and keeps Synorb credentials server-side.
Asks for the app surface, backend feed route, source-linked rows, safe credential handling, and transparent coverage states.
Questions builders ask.
Can Synorb power a Next.js research dashboard?
Yes. The recommended pattern is a server-side Next.js route that calls Synorb REST and returns normalized cited rows to dashboard components.
What should Cursor inspect before coding?
It should inspect routing, auth, env handling, fetch helpers, UI components, and existing test or lint conventions.
How do users verify a dashboard item?
Show the source URL, source name, published date, tags, and stable ID near every summary.
Should this dashboard use MCP in production?
No. Use MCP for agent exploration while building. Use REST from server-side code for the shipped dashboard.
Want to test Synorb feeds for free?
Provision starter credentials, then keep REST credentials server-side in the app you build.