Prove 5+5 cap with quiet zero-leak pairs

Created by

steadyworks

Actor

SEO Retainer Overservice Audit with Proof Rows

Full-cap boundary: 5 quote + 5 actual rows with quiet at-scope pairs included. Sits on the 5+5 cap; a 6th row is blocked pre-run at $0.

Try for free

SEO Retainer Overservice Audit with Proof Rowssteadyworks/seo-retainer-overservice-audit

Client

Service

Repricing hours

Repricing rate

+2 fields

Input

Quote rows (quoteCsv)(required)

Client (client)(required):Acme+4

Quoted hours (quotedHrs)(required):40+4

Rate (rate)(required):90+4

Service (service)(required):SEO-retainer+4

Actual rows (actualCsv)(required)

Actual hours (actualHrs)(required):52+4

Client (client)(required):Acme+4

Date (date)(required):2026-09-01+4

Service (service)(required):SEO-retainer+4

Run ID (runId)(required):cap-boundary-001

Scope book (scopeBook)(required):cap-book-001

Checked-at (checkedAt)(required):2026-09-28T12:00:00.000Z

Output fields

Client

Service

Repricing hours

Repricing rate

Repricing fee uplift

Unbilled amount (USD)

How it works

Sign up on Apify or log in

The SEO Retainer Overservice Audit with Proof Rows Actor is ready to run with the inputs already set for "Prove 5+5 cap with quiet zero-leak pairs". Sign up or log in and you'll land in Apify Console with a copy of this exact task.

Start the "Prove 5+5 cap with quiet zero-leak pairs" task

The SEO Retainer Overservice Audit with Proof Rows Actor will start running based on the input automatically. You can also change all the input fields, like quote rows (quotecsv), actual rows (actualcsv), and more, to match your specific use case.

Receive the "Prove 5+5 cap with quiet zero-leak pairs" output

Monitor the progress in real time. You will be notified as soon as your dataset is complete and ready for review. Each result includes data such as client, service, repricing hours, and more.

Integrate into your workflow

The final output is delivered in JSON, CSV, or Excel format, ready to be plugged into your workflow. You can also run the "Prove 5+5 cap with quiet zero-leak pairs" task via API.