What makes AP automation AI-native?
AI-native AP automation reads the invoice as a document rather than as a template. It infers the coding from the line items and from the structure and history of your own accounting system, so an invoice from a supplier nobody has set up, in a layout nobody has mapped, is coded on first sight instead of falling into an exception queue. The difference shows up on the first transaction from a supplier nobody has set up. A rules engine has no pattern for it, so it queues the item and waits for a person. Vergo proposes the coding from the GL accounts, segment codes and optional fields already in Sage 300, then shows why it chose it — so review is a confirmation, not a re-coding. More on the category in AP automation.
How does Vergo work with Sage 300?
Vergo connects through the Sage 300 Web API — the OData/JSON interface that runs on your own Sage 300 server, with your IT enabling access once. Each request names a company by its org ID, so a multi-company install is coded company by company rather than flattened into one chart. Vergo reads GLAccounts and GLSegmentCodes so coding follows your account structure, and APVendors so invoices land against the right supplier. Approved supplier invoices post into Sage 300 as APInvoiceBatches, card spend as GLJournalBatches, and the optional field details your records carry travel with each entry. Batches arrive open for your normal posting routine. The full spec sheet lives on the Sage 300 integration page.
What does this look like day to day?
Someone buys something and texts a photo of the receipt, or a supplier emails an invoice. Vergo reads the lines — not just the total — and proposes the account from your own history with that vendor. The reviewer sees the proposal and the reason for it, confirms, and the entry arrives in Sage 300 as an open batch for that company, ready for your posting routine. Nobody types an account number, and nothing waits for a month-end scramble.
Does Vergo pay the invoice too?
No. Vergo captures, codes, approves and hands the invoice to Sage 300; it does not pay it. Payment stays on the rails the business already uses — its bank, its existing payment run in Sage 300, or its payment provider. A team that wants AP automation to move the money as well is better served by a platform built to do both.
What changes at month end?
The work moves from the end of the month to the moment of spend. Because coding happens at capture, close in Sage 300 becomes a review of exceptions rather than a backlog of uncoded transactions. Card spend, employee reimbursements and AP invoices run through one coding model — same coding, same review, one reconciliation — and payment stays on the rails you already use.
Is this the same as expense management?
No — AP automation starts from a supplier's invoice, expense management from a company-card transaction, and reimbursement from an employee's own receipt. One coding model runs all three against the same Sage 300 structure, so one reconciliation covers them. See expense management and employee reimbursements for the other two.
Who runs Sage 300?
Sage 300, from Sage, is the mid-market ERP built for multi-company and multi-currency operations — the product sold as Accpac until Sage dropped that name in 2012. It is a different product from Sage 300 CRE, Sage's construction and real estate system; if that is the one you run, see expense management for Sage 300 CRE. Wherever your finance team lives, the expense layer should adapt to it — not the other way round.
Does Vergo do AP automation for Sage 300?
Yes. Vergo captures, codes and routes supplier invoices, then delivers them as APInvoiceBatches through the Sage 300 Web API.
Does it replace Sage 300?
No. Sage 300 stays the system of record and keeps its own posting and payment steps.
Does Vergo pay suppliers?
No. Vergo captures, codes, approves and syncs invoices; payment stays on the rails the business already uses.
Can approvals follow our authority limits?
Yes. Approvals are optional and route by GL account, by amount or by project — or skip approval entirely and let policy flags catch only what breaks a rule.



