Transaction rows stay useful
LeapOCR is built to keep row-level transaction data readable and structured instead of flattening the statement into page text.
Bank statements look easy until the layouts drift, scans degrade, or line-item tables spill across pages. LeapOCR helps teams extract balances, account metadata, and transaction rows into markdown or schema-fit JSON that actually fits reconciliation workflows.
Extract balances, account metadata, and transaction rows from digital PDFs and low-quality scans.
The winning workflow is usually a structured extraction contract with markdown kept available for exception review.
{ "url": "https://example.com/bank-statement.pdf", "file_name": "bank-statement.pdf", "format": "structured", "model": "standard-v1", "instructions": "Extract account metadata, opening balance, closing balance, and transaction rows.", "schema": { "type": "object", "properties": { "account_holder": { "type": "string" }, "statement_period": { "type": "string" }, "opening_balance": { "type": "number" }, "closing_balance": { "type": "number" }, "transactions": { "type": "array" } } }}
Why it works
The challenge is not only reading the page. It is preserving transaction structure and producing a payload your finance workflow can trust.
LeapOCR is built to keep row-level transaction data readable and structured instead of flattening the statement into page text.
Use the same extraction surface across native bank PDFs, emailed scans, and lower-quality uploaded files.
The result can be tailored to balances, running totals, posting dates, and transaction objects your downstream system actually expects.
What you control
These are the fields finance and operations teams most often need from statement workflows.
Capture account holder, account number, institution, currency, and statement period without another parsing pass.
Pull opening, closing, and sometimes intermediate running balances into fields finance workflows can validate.
Return row-level objects with posting date, description, debit or credit direction, amount, and balance where present.
Markdown helps reviewers trace the structured result back to the source document when exceptions happen.
Examples
Most teams either need transaction-ready JSON or a readable statement view for review and exception handling.
This is the common path for fintech, bookkeeping, and finance-ops teams moving statement data into a ledger or rule engine.
{ "account_holder": "Northwind LLC", "statement_period": "2026-02-01 to 2026-02-29", "opening_balance": 14520.33, "closing_balance": 18104.77, "transactions": [ { "posted_at": "2026-02-07", "description": "ACH CREDIT - Client Payment", "amount": 4800.0, "direction": "credit" }, { "posted_at": "2026-02-14", "description": "WIRE OUT - Vendor Settlement", "amount": 1215.56, "direction": "debit" } ]}
When finance teams still need to inspect the page, markdown preserves the statement in a format that is easier to review than a raw OCR blob.
# Account statement- Account holder: Northwind LLC- Statement period: 2026-02-01 to 2026-02-29- Opening balance: 14520.33- Closing balance: 18104.77## Transactions| Date | Description | Debit | Credit || --- | --- | ---: | ---: || 2026-02-07 | ACH CREDIT - Client Payment | | 4800.00 || 2026-02-14 | WIRE OUT - Vendor Settlement | 1215.56 | |
FAQ
Straight answers for teams evaluating how this workflow fits into production.
Yes. The workflow is designed for digital PDFs and lower-quality scans, with structured output available for transaction rows, balances, and statement metadata.
Use structured output when the data needs to feed reconciliation, bookkeeping, or a ledger. Use markdown when a reviewer still needs a readable statement view.
Generic parsers can stop at readable text. Bank statement workflows usually need row-level transaction objects and stable financial fields that downstream systems can validate.
Ready to test
Start with a real statement, not a demo PDF. The useful test is whether the extracted rows and balances hold up in your downstream workflow.