Financev1.0.0By uristocratVerified

Statement Reconciliation

Takes a vendor statement and your accounts-payable log, and confirms every invoice on the statement is already recorded in the log. If everything matches, it reports the statement reconciled. If an invoice is missing, it flags it and drafts a reply to the vendor requesting that invoice — drafted, not sent. A human reviews and sends. Handles multi-page statements, lossy scans, and ambiguous near-matches (rounding, date mismatches) by flagging rather than guessing. Keeps ambiguous lines out of the vendor draft so you only request what's truly absent. Pairs with an invoice-processing skill as the AP automation set.

accounts payablestatement reconciliationvendor managementAP automationinvoice matching
Install

Simple install — no setup required

1

Download the skill file below

2

Add it to Claude — pick your platform:

Claude desktop app

  1. Open the Claude desktop app
  2. Go to Code, then Customize
  3. Click Create a new skill
  4. Upload the skill file you downloaded

claude.ai (web)

  1. Go to Customize, then Skills
  2. Click +, then Create a new skill
  3. Upload the skill file you downloaded
3

Say a trigger phrase to activate it

Download skill file

What this skill does

This is an overview of the skill from the site, not the skill's real instructions. The full SKILL.md Claude reads when this skill is active lives on GitHub at the pinned source below.

Statement Reconciliation

Check a vendor statement against the AP log to confirm every invoice is recorded, and draft a request for any that are missing. Use when a vendor statement arrives.

Built from real AP workflows in finance teams. The skill enforces cite-both-sides discipline: every matched line cites the statement source AND the AP-log row. Ambiguous lines (rounding, date mismatches) are flagged separately from truly missing invoices. The vendor request is always drafted, never auto-sent.

Includes an eval contract with four self-tests covering missing invoice detection, rounding ambiguity, absent-vs-ambiguous separation, and draft idempotency.

View full SKILL.md on GitHub