Supabase
The tables and RPCs your app actually queries in production.
Neat pulls your live query traffic — every table and RPC your app actually hits, with call and error counts — and fuses it with the schema it already extracts from your code.
Paste it into your coding agent — it runs the full setup with your credentials.
Set up NEAT's Supabase connector so you can see which tables and RPCs my app actually queries in production. Steps: 1. Ensure NEAT is running for this repo (`npx neat.is`; start the daemon if it isn't up). 2. Gather: my Supabase PROJECT REF (20-char id in the project URL / dashboard settings); a Supabase MANAGEMENT API TOKEN — create a read-only one at supabase.com/dashboard/account/tokens and export it as SUPABASE_MGMT_TOKEN (never paste it inline); the project HOST (<ref>.supabase.co); and WHICH SERVICE in my graph owns this database (e.g. `api`). 3. Run: npx neat.is connector add supabase --api-project-ref <ref> --node-ref <ref>.supabase.co --service-name <service> --token $SUPABASE_MGMT_TOKEN (Optional: if you have a Postgres connection string, pass it so NEAT also reads pg_stat_statements call counts.) 4. Restart the project's daemon so it begins polling. 5. Verify with NEAT's get_observed_dependencies for that service: you should see the tables/RPCs that actually received traffic, with call and error counts. Report which tables show real traffic, and flag any the code declares but prod never touches. NOTE: this connector reads live query TRAFFIC (edge_logs + pg_stat_statements). It does not fetch DDL schema or RLS policies — don't claim it can see those.
how it works
See which 'core' tables get zero production traffic, and which undeclared ones get hammered.
- Grab your project ref, a read-only Supabase management token, and which service in the graph owns the database.
- Run the connector, then restart the project's daemon so it starts polling your query logs.
- get_observed_dependencies shows the tables and RPCs that actually took traffic — with call and error counts, and anything the code declares but prod never touches.
