CONNECTIONS / PostgreSQL / PostgreSQL to Google EC for Leads
Your PostgreSQL tables, wired to Google Enhanced Conversions for Leads.
Signals reads your PostgreSQL tables through a read-only database user scoped to the PostgreSQL tables you name, then sends down-funnel lead milestones matched to the originating Google click so Google Ads sees lead conversions without an export.
- ● postgresql → google.leads :: live
- > read lead_pipeline rows=64,060
- hash sha256(email,phone) consent=filtered
- route google deliver
- ✓ delivered · 49,326 matched
WHAT THIS ENABLES
PostgreSQL to Google EC for Leads
Google EC for Leads for PostgreSQL: Signals sends down-funnel lead milestones matched to the originating Google click straight from your PostgreSQL tables, hashed and consent-screened each time the read runs.
- Signals sends down-funnel lead milestones matched to the originating Google click, reading your PostgreSQL tables each time the read runs.
- Lead-value signals matched to the paid click, with no export step out of your PostgreSQL tables.
WHAT FLOWS WHERE
PostgreSQL to EC for Leads, mapped.
Signals reads the qualified-lead and pipeline signals from your PostgreSQL tables each time the read runs, hashes and screens each record, and posts the lead conversions to Google Ads' Enhanced Conversions API, keeping GCLID and hashed-email matching in view.
Signals reads the qualified-lead and pipeline signals from your PostgreSQL tables each time the read runs, hashes and screens each record, and posts the lead conversions to Google Ads' Enhanced Conversions API, keeping GCLID and hashed-email matching in view.
Built for the teams that own the number.
Engineering teams running PostgreSQL who need lead-value bidding fed by the stages your pipeline actually reaches out of PostgreSQL tables.
From kickoff to verified events.
-
Connect
A read-only database user scoped to the PostgreSQL tables you name, mapped to Google Ads' Enhanced Conversions API and tuned for GCLID and hashed-email matching.
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Map
Columns from your PostgreSQL tables align to Google Ads' Enhanced Conversions API in the visual mapper, hashed as the read runs and checked for GCLID and hashed-email matching.
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Deliver
Each time the read runs, Signals reads your PostgreSQL tables and sends down-funnel lead milestones matched to the originating Google click, reads only the records changed since the last run, with GCLID and hashed-email matching watched in the debugger.
What ships with this use case.
Lead-value bidding fed by the stages your pipeline actually reaches from your PostgreSQL tables, delivered each time the read runs.
Lead-value signals matched to the paid click out of your PostgreSQL tables, delivered each time the read runs without read load on the database climbing.
Match feedback on GCLID and hashed-email matching from Google Ads' Enhanced Conversions API each run, tied back to your PostgreSQL tables.
What EC for Leads actually receives.
- ● signals :: event payload
- > POST /conversion_action source=postgresql.lead_pipeline
- gclid "Cj0KCQjw…" · conversion_action "sql_reached"
- conversion_value 7 · currency GBP
- hashed_email sha256 "9c41af…"
- ✓ accepted match=gclid+hashed_email
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How often does the PostgreSQL Google EC for Leads sync run?
Delivery tracks PostgreSQL, run by engineering teams running PostgreSQL: a near-real-time or scheduled sync of your PostgreSQL tables feeds Google Ads on that cadence. Each run reads only the records changed since the last run, so lead-value signals matched to the paid click holds up on GCLID and hashed-email matching. The live debugger confirms every delivery inline.
What match rate should a PostgreSQL-sourced Google EC for Leads batch expect?
Coverage of hashed identifiers across your PostgreSQL tables decides it, and engineering teams running PostgreSQL own that inside PostgreSQL. A live email or phone matches into Google Ads; neither, and it will not. First-run feedback flags GCLID and hashed-email matching, which engineering teams running PostgreSQL then raise inside your PostgreSQL tables.
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