Google Sheets
INTEGRATIONS · EXPERTINI ATS

Google Sheets

One click next to every CSV export creates a live Google Sheet in your Drive instead — candidates, pipeline, and report data.

2 min read · Updated July 2026 · Expertini Editorial

A CSV download is fine until you need to filter it live with a colleague, drop it into a shared review, or keep it updating as a reference — at which point it usually gets re-uploaded to Google Sheets by hand anyway. The Google Sheets integration for Expertini ATS skips that step: next to every CSV export button in the app, an 'Export to Sheets' button creates the same data as a real Google Sheet directly in your Drive.

This integration is live today, and it rides the same Google connection already used for Calendar, Meet, and Drive CV backup — no separate sign-in, no extra consent screen. Sign up to try it, or see the whole roster on the integrations page.

Watch the 30-second overview — no sign-up needed

01Every export, twice as useful

The candidate database, the applications/pipeline report, jobs, tool usage, and app-activity reports each already have a CSV export — Sheets export sits right next to each one, same data, same filters, same row for row content, just delivered as an editable, shareable spreadsheet instead of a file you'd have to re-upload yourself.

02Lands in your own Drive, organised

Each export creates a new spreadsheet inside an 'Expertini ATS' folder in your connected Google Drive — the same folder CV backups already use — so exports don't scatter across your Drive root. Because it's a real Sheet under your own account, you own it: share it, add a colleague as an editor, or turn it into a live pivot table, entirely outside Expertini.

03No new scope, no new sign-in

Sheets export uses the exact same Google connection you may have already made for Calendar, Meet, or Drive backup — connect once from the in-app hub and every Google-powered feature, including this one, is available. There's no separate 'Sheets' login and no additional permission prompt.

Engineering notes

Platform architecture & operations

A1Connection architecture

The connection uses OAuth 2.0 against the vendor's own consent screen. The authorisation request names the minimum scopes the features need — the exact scope list is shown in the security-flow panel below, pulled from the same provider registry the application uses. The code-for-token exchange happens entirely server-side (client credentials in the token request body, per the vendor's token endpoint contract); tokens are stored encrypted at rest and are never rendered back to any screen — connection pages show presence, not values.

Token lifecycle is handled at a single chokepoint: expiry triggers an automatic refresh, rotated refresh tokens are persisted, and a refresh that the vendor rejects surfaces as a visible reconnect prompt — never as silently broken features. Revocation works from either side: disconnect here, or revoke in the vendor's own security settings.

A2Write semantics and data flow

Every data movement is an explicit action with a logged result. Writes happen on your click — or automatically only where you enabled a rule (auto-push on hire is off by default, per-provider). Reads — imports of people, accounts, or files — run when you press Import, deduplicate against what you already have (clients by name, people by email), skip rather than overwrite, and report created-versus-skipped honestly, which is why re-running any import is safe by design.

Each action writes a row to the app-activity journal (ats_app_activity): what ran, when, for which record, and the outcome — including the vendor's own error text verbatim when something fails. Usage reporting inside the ATS aggregates that same journal, so integration reporting and integration reality cannot diverge.

Anything that leaves the request path — notification fan-out, webhook delivery, activity journalling, mail — runs in fire-and-forget background threads. A slow external endpoint can never make the interface hang, and a failed side effect is logged rather than silently retried into inconsistency.

A3Operational considerations

Connections are organisation-level and gated to owner and admin roles; recruiters use the features a connection powers but cannot connect, disconnect, or reconfigure. Disconnecting removes stored credentials immediately and stops the dependent features visibly, not silently. Data already imported stays yours and editable.

Imported people arrive marked as imported with conservative privacy defaults — no consent is assumed for anyone who never filled in your application form, and retention defaults apply. Everything written is yours to take: CSV exports and the Data Export app cover the same stores the product itself reads. The exit is as open as the entrance — by design, not concession.

A4Placement in the integration topology

This integration is live in the registry today. One connection per provider unlocks every feature it powers, and the topology grid below shows the neighbouring connectors in the same capability area — statuses come from the same registry that drives the in-app hub, so this page can never claim more than the product does. For anything the catalogue does not cover, Webhooks and Zapier are the generic, documented escape hatch.

Dependency map

Connection typeOAuth 2.0 (vendor consent screen)
Scopes requestedopenid · email · profile · https://www.googleapis.com/auth/calendar.events · https://www.googleapis.com/auth/drive.file
Callback path/apps/oauth/callback/google/
Token exchangeserver-side; credentials in body
Secrets at restencrypted; UI shows presence flags, never values
Action journalats_app_activity — one row per action, vendor errors verbatim
Auto-push rulesoff by default, per-provider, every run logged
Registry statuslive

Interface blueprint

Structural schematic of the surface — panels, hierarchy, and interaction affordances. A contract, not a screenshot.
Connection card
● connected — presence flag
scopes: minimum required disconnect
Actions
push — explicit clickimport — deduplicated
Activity journal
Fig. 1 — Google Sheets: structural interface schematic. Panels and states are the contract; data shown is placeholder.

Interaction flow — states, validations, feedback

Every state below is enforced server-side; the interface reports it, it doesn't decide it.
Connectowner/admin clicks Connect on the Connectors page
Vendor consentthe vendor's own screen lists the exact scopes
Token exchangeserver-side callback; secrets never touch the browser
Connectedencrypted store; card flips with presence flag
Explicit actionspush / import / schedule — each one journalled
Consent denied → the vendor's error code surfaces in a toast, namedPlatform keys missing → honest setup pointer, not a silent bounceToken expired → automatic refresh at the chokepointRefresh rejected → visible reconnect prompt, features never break silentlyPlan below minimum → lock card names the exact plan
Fig. 2 — interaction flow: navy = states, gold = server-enforced gates, green = confirmed outcomes; tags list the edge cases and their feedback.

OAuth 2.0 security flow — Google Workspace

1
Authorisation requestRedirect to the vendor's own consent screen, naming exactly the scopes below — never more.
2
Identity challenge & consentYou authenticate with the vendor, on the vendor's domain. Credentials never touch Expertini.
3
Server-side token exchangeThe callback at /apps/oauth/callback/google/ exchanges the code using client credentials in request body — entirely server-side.
4
Managed session stateTokens encrypted at rest; automatic refresh at a single chokepoint; presence-flag display; revoke from either side.
openidemailprofilehttps://www.googleapis.com/auth/calendar.eventshttps://www.googleapis.com/auth/drive.file
Scope list read from the same provider registry the application authorises with — this page cannot overstate or understate it.

Neighbouring connectors — Documents

Statuses come from the live registry — browse the full catalogue →

Frequently asked questions

Can I export to Google Sheets today?
Yes — it's live. Connect Google from the apps hub, then click 'Export to Sheets' next to any CSV export button in the app.
Which data can I export as a Sheet?
The candidate database, and every report on the Reports page — applications/pipeline, jobs, tool usage, tool activity, and app activity — each has a matching Sheets export.
Where does the Sheet get created?
In an 'Expertini ATS' folder in your own connected Google Drive, under your own account and quota.
Do I need a separate Google Sheets connection?
No. It uses the same Google connection as Calendar, Meet, and Drive — one connect, every feature works.
Is Sheets export a paid add-on?
No — it's included in the standard subscription with no extra fee. See pricing.

At a glance

  • Live today — connect from the in-app hub
  • One click next to every existing CSV export
  • Candidates, pipeline, jobs, and activity reports covered
  • Lands in your own 'Expertini ATS' Drive folder
  • Same Google connection as Calendar, Meet, and Drive
  • No extra fee, no separate sign-in

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