Supplier invoices arrive as PDFs, scans, and phone photos, and somebody in AP still keys the vendor, invoice number, date, tax, total, and every line into the ledger. OCR built for accounts payable reads those fields off the document and hands you a file your accounting system can import. Upload one of your own invoices below and check the output before you decide anything.
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Approval routing, three-way matching, and payment scheduling are all fast once the invoice is data. Getting it to be data is the step that still runs at human typing speed, and it is the step most AP platforms charge for indirectly.
An invoice cannot be matched to a purchase order, coded to a GL account, or routed for approval until its fields exist somewhere. Until then it is a picture. Everything downstream inherits whatever delay the keying step adds, and month-end concentrates all of it into one week.
BILL lists Essentials at 49 dollars, Team at 65, and Corporate at 89 per user per month, verified on bill.com. A five-person AP team on Corporate is 445 dollars a month whether it processes 200 invoices or 2,000. The bill tracks headcount, and the work tracks invoice volume.
Veryfi lists 16 cents per invoice, then requires a 500 dollar monthly minimum commitment, so 1,000 invoices a month costs 50 cents each in practice. Rossum starts at 18,000 dollars a year. Tipalti opens at 99 dollars a month but layers unpublished per-invoice transaction pricing on top. All three figures were read from the vendor pages.
Zonal OCR matches fixed coordinates on a page, so every vendor layout needs its own template and a supplier redesign silently breaks it. AP is the one department that cannot control how its incoming documents look, which makes it the worst possible home for template-based capture.
ReceiptOCR does the capture step and stops there. It reads supplier invoices, credit notes, and receipts into labeled fields with their line items, and exports a file your ERP, accounting package, or approval workflow can consume. No approvals engine to adopt, no payment rails to switch.
Vendor name, invoice number, invoice date, due date, purchase order reference, subtotal, sales tax, and total come back labeled. Character recognition returns a wall of text; field extraction returns the values AP actually posts.
Description, quantity, unit price, and line total for each row, attached to the header fields. Line-level detail is what GL coding, department allocation, and three-way matching need, and it is the first thing thin capture tools drop.
A supplier the engine has never seen reads on the first upload. Nobody maintains a template library, nobody re-trains a model when a vendor changes its invoice, and a new supplier does not become an IT ticket.
Upload the whole stack that arrived this week. Multi-page PDFs, scans, and photos process together and land in one spreadsheet, which is the shape a month of AP actually arrives in.
Published page-based plans from 49 dollars a month, or 24 a month billed yearly, with no seat minimum and no per-user fee. Add a second approver or a temp during close and the invoice does not change.
Excel, CSV, JSON, and QuickBooks-ready output, plus a REST API when the data has to reach an ERP without a human in the middle. The output is built to be imported, not admired.
Test it the way an AP lead should: on the ugliest invoices in the current pile, not on a vendor demo document.
Drop in the supplier bills that arrived this week, including the scanned ones, the phone photos, and the multi-page PDFs. There is nothing to install and no template to prepare first.
Review vendor, invoice number, date, tax, total, and each line item on screen. Correct anything the engine got wrong. This is the review step that replaces transcription, and it is far faster than typing.
Take an Excel or CSV file, a QuickBooks-ready export, or JSON through the API, and let approvals, matching, and payment run wherever they already run today.
Built for US finance teams whose bottleneck is reading supplier invoices, not approving or paying them.
A few hundred supplier invoices a month arriving by email, post, and vendor portal. The job is getting them coded and posted before close, and the typing is the part that does not scale with the calendar.
Invoice volume doubled, headcount did not. A full AP automation platform is a procurement project; the capture step is the piece that can be fixed this month without touching payment rails.
Client volume is lumpy and seasonal. Per-seat AP licensing punishes a practice that staffs up every January, which is exactly why document-based pricing fits better.
You already have approvals and an ERP. What you need is a documented endpoint that turns an invoice PDF into JSON, with a rate you can read before a sales call.
Every vendor figure on this page was read from that vendor's own pricing page or price API.
OCR for accounts payable is software that reads a supplier invoice and returns its fields as data: vendor, invoice number, date, purchase order reference, tax, total, and each line item. It replaces the keying step at the front of the AP cycle, so approvals, three-way matching, and payment run against structured values instead of a picture of a page. Modern AP OCR is priced three different ways, per user, per document, or per page, and those units are not comparable, which is why the cheapest sticker rate is often the most expensive outcome.
Optical character recognition converts the pixels of a scanned or photographed invoice into machine-readable characters. In accounts payable the useful product is not the characters, it is the mapping: deciding that a particular number on the page is the invoice total rather than a line subtotal, a shipping charge, or last month's balance. Plain OCR gives you text. AP OCR gives you fields, which is what a general ledger can accept.
The distinction matters commercially because the two are priced very differently. Raw text OCR from the big cloud providers costs about 1.50 dollars per 1,000 pages. Field extraction, the part AP actually needs, costs roughly ten dollars per 1,000 pages on the same platforms. Buying the cheap one and expecting the expensive one is the most common mistake in this category.
Five steps, in this order. Invoices arrive by email, scanner, vendor portal, or a photo. The engine reads the document and identifies each field. Extracted values are validated against vendor master data and open purchase orders. Anything the engine is unsure about, or that fails a validation rule, is routed to a person. Approved data posts into the accounting system or ERP.
Only the second step is OCR. The other four are workflow, and they are where most AP platforms put their value and their price. That split is why a team can genuinely improve its close by fixing capture alone, and why it does not need to replace its approvals or payment stack to do it.
Nobody in this market publishes a verifiable accuracy rate for invoice extraction, so treat every percentage you read as marketing. Google states plainly that Document AI does not provide a metric for accuracy and reports precision, recall, and F1 instead. AWS Textract returns a per-block confidence score, not an accuracy rate. Azure publishes estimated accuracy only for custom template models. The 98 and 99 percent figures that appear across AP vendor blogs are self-reported, measured on documents the vendor chose.
There is also arithmetic that gets skipped. Character-level accuracy compounds across a field. At 99 percent character accuracy, a nine-character invoice total is fully correct only 91.4 percent of the time. At 99.5 percent it is 95.6 percent, and at 99.9 percent it is 99.1 percent. A headline character accuracy near 99 percent still means roughly one total in twelve needs a human eye, which is precisely why a review step belongs in every AP capture design.
The only accuracy number worth having is the one you measure. Run a hundred of your own worst invoices, the faded ones, the multi-page ones, the supplier who prints two invoices on one sheet, and count the corrections.
Published entry prices, read from each vendor's own page. Where a vendor publishes no rate, this table says so rather than guessing.
| Tool | Published entry price | Billing unit |
|---|---|---|
| BILL (Bill.com) | Essentials 49 dollars, Team 65, Corporate 89 per user per month; Enterprise custom | Per user, plus per-transaction fees (ACH 0.59, mailed check 1.99, USD international wire 19.99) |
| Tipalti Accounts Payable | Plans starting at 99 dollars per month, unlimited users | Base platform fee plus unpublished per-invoice and per-payment transaction pricing |
| Veryfi | Free Forever to 100 documents a month; Starter 500 dollars a month minimum commitment | Per document, not per page: 0.16 per invoice, 0.08 per receipt |
| Rossum (acquired by Coupa) | Starter starting at 18,000 dollars per year, unlimited seats | Annual contract |
| Nanonets | Free with 50 dollars of credits; then 100 dollars a month for 100 credits | Per block run: 0.02 simple, 0.10 standard AI, 0.30 complex AI |
| Docsumo | No published rate; 14-day free trial with 1,000 pages | Usage-based, quoted |
| Stampli | No published rate, contact sales | Quoted |
| ABBYY Vantage and FlexiCapture | No published rate on abbyy.com | Quoted, sales-led |
| ReceiptOCR | 49 dollars a month for 2,500 pages, or 24 a month billed yearly; no seat minimum | Per page, no per-user fee |
Two of these are the published floors of the category. Rossum will not start below 18,000 dollars a year, and Veryfi will not start below 500 dollars a month, regardless of how few invoices you send. For a mid-size AP team the floor, not the unit rate, is what actually decides affordability.
Our arithmetic, applied to the published rates above, for a team processing 1,000 single-page supplier invoices a month with five AP users. Vendor rates are theirs; the per-invoice column is ours.
| Tool | Monthly cost at 1,000 invoices | Effective cost per invoice |
|---|---|---|
| BILL Corporate, 5 users | 445 dollars in subscription, before any payment fees | 0.45 |
| Tipalti Accounts Payable | 99 dollars floor plus unpublished transaction pricing | 0.099 and up; the real figure is not published |
| Veryfi Starter | 500 dollars, the minimum commitment; 1,000 invoices is only 160 of usage | 0.50, or 3.1x the 0.16 sticker rate |
| Rossum Starter | 1,500 dollars, one twelfth of the 18,000 annual floor | 1.50 |
| Azure prebuilt invoice model | 10 dollars in API charges, plus the workflow you build around it | 0.010 |
| ReceiptOCR, 49 dollar plan | 49 dollars, within the 2,500 page allowance | 0.049 |
Veryfi reaches its own 16 cent sticker rate only at about 3,125 invoices a month, the point where usage finally consumes the 500 dollar commitment. Below that there is a dead zone where every invoice costs more than advertised. The same shape appears anywhere a floor exists, which is most of this market.
Rates read live from the AWS Price List API, the Azure retail prices API, and Google Cloud pricing. These are the build-it-yourself option: no workflow, no reviewer interface, no exception queue.
| Service | Invoice or expense extraction | Volume break |
|---|---|---|
| AWS Textract AnalyzeExpense | 0.010 per page, US East | 0.008 per page above 1,000,000 pages a month |
| Azure AI Document Intelligence, prebuilt invoice and receipt | 10.00 per 1,000 pages, so 0.010 per page | Commitment tiers: 900 a month for 100K pages (0.009), 7,500 a month for 1M pages (0.0075) |
| Google Document AI expense and invoice parser | 0.10 per document covering up to 10 pages | No per-page break; a one-page invoice still costs 0.10 |
That last row is worth reading twice, because most comparison articles flatten it to a false one cent per page. Google bills the expense parser in blocks of ten pages, so a single-page invoice costs ten times what AWS or Azure charge for the same document. Google reaches parity only at exactly 10, 20, or 30 pages, and it is never cheaper. Raw text OCR, by contrast, is 1.50 dollars per 1,000 pages on all three clouds.
OCR reads characters. Intelligent document processing wraps classification, field extraction, validation rules, a human review queue, and system integration around that reading. In AP terms, OCR tells you what the page says; IDP decides the document is an invoice, pulls the fields, checks them against the purchase order, flags the mismatch, and posts the rest. Every AP automation vendor sells IDP and calls it OCR because that is the word buyers search for.
The practical consequence is scope. If your approvals and payments already work, you need the extraction layer, not a platform. If nothing works yet, you are buying a system and should evaluate the workflow as hard as the reading.
Good AP extraction does; a lot of cheaper capture does not. Header fields, meaning vendor, date, and total, are the easy part because they appear once in predictable places. Line items are a repeating table with variable row counts, merged cells, page breaks mid-table, and descriptions that wrap. That is why line-level extraction is the feature most often held back for a higher tier or an add-on. Dext, for example, prices Line Item Extraction as a paid add-on rather than including it.
For AP the line detail is not optional. GL coding by expense category, department allocation, and three-way matching against a purchase order all operate at the line level. Header-only capture moves the typing rather than removing it.
Partially, and less reliably than printed text. Handwritten amounts on a delivery note or a hand-annotated purchase order read best when the writing is clearly separated and the field is short. Cursive, overlapping annotations, and carbon copies are the hard cases. In an AP context handwriting usually appears as an annotation on a printed invoice rather than as the invoice itself, so the sensible design is to extract the printed fields automatically and put anything handwritten in front of a reviewer.
QuickBooks Online has receipt capture, which reads merchant, date, and total from one image at a time. It does not extract line items and it does not split sales tax into its own field. QuickBooks Desktop has no built-in OCR reader at all. For supplier invoices with line detail, the practical route is to extract the fields separately and import a QuickBooks-ready file, which also lets you process a batch instead of one document at a time.
Software that reads a supplier invoice and returns its fields as structured data: vendor, invoice number, date, purchase order reference, tax, total, and each line item. It removes the keying step at the front of the AP cycle so approvals, three-way matching, and payment run against real values rather than a picture of a page.
Optical character recognition. In an accounting context the term is used loosely to mean the whole capture step, including the field mapping that decides which number on an invoice is the total. Strictly, OCR only converts pixels into characters; identifying which characters are the invoice total is field extraction layered on top.
An invoice that has been read by capture software so its values exist as data rather than only as an image. The phrase is shorthand rather than a document type. What matters practically is whether the extraction produced labeled fields and line items, or only a block of recognized text that still needs interpreting.
No major vendor publishes a verifiable accuracy rate, so every percentage in this category is self-reported. Google states that Document AI does not provide an accuracy metric, AWS Textract returns only per-block confidence, and Azure publishes estimated accuracy only for custom template models. Measure it yourself on a hundred of your own worst invoices.
It depends on what is already in place. If approvals and payments work and only capture is slow, a focused extraction tool priced per document is the cheapest fix. If nothing is automated, a full AP platform such as BILL, Tipalti, or Stampli is the larger purchase. If you are building a pipeline, the cloud APIs cost about one cent per page.
Published entry points range from 49 dollars a month per user at BILL and 99 a month at Tipalti, to a 500 dollar monthly minimum at Veryfi and an 18,000 dollar annual floor at Rossum. Stampli, Docsumo, and ABBYY publish no rate at all. Cloud extraction APIs are about one cent per page.
Better AP extraction does, but many cheaper tools return header fields only. Line items are a repeating table with variable row counts and page breaks, which makes them harder than vendor and total. Line detail matters for AP because GL coding, department allocation, and three-way matching all work at the line level.
OCR converts an image into characters. Intelligent document processing adds classification, field extraction, validation against master data, a human review queue, and integration with the ERP. Most AP vendors sell IDP and market it as OCR because that is the word buyers search for.
Partially. Short, clearly separated handwritten values such as a quantity or a signature date read reasonably well; cursive, overlapping annotations, and carbon copies do not. In AP the handwriting is usually an annotation on a printed invoice, so extract the printed fields automatically and route the handwritten part to a reviewer.
QuickBooks Online has receipt capture that reads merchant, date, and total from one image at a time. It does not extract line items and does not split sales tax into its own field. QuickBooks Desktop has no built-in OCR reader. For supplier invoices with line detail, extract separately and import a QuickBooks-ready file.
Not with AI field extraction. Older zonal capture matched fixed coordinates on the page, so every vendor layout needed a template and a supplier redesign broke it silently. AP cannot control how its incoming documents look, which makes template-based capture the wrong architecture for the department.
Yes, and it is usually the fastest improvement available. Capture is separable from approvals, matching, and payment. Extract the invoice fields, review them, and hand a file or an API payload to whatever workflow already exists, rather than running a platform migration to fix one step.
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The one price Rossum publishes, and what the other three tiers hide.
AP invoice capture compared, every published price verified.
The capture category compared, with every price verified.
The wider processing lane, from capture to export.
Read vendor bills into header fields and line items.
The repeating table AP needs for GL coding and matching.
Keep vendor and invoice keying out of the AP workflow.
Every published per-page OCR rate in one table.
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