Wortholic

AI Document Parsing

AI Document Extraction and Processing

Turn unstructured PDFs into structured data instantly. We build AI vision pipelines that automate manual data entry and document review.

TL;DR: Executive Summary

  • The Goal:Automate manual data entry. We build AI document extraction pipelines that instantly read unstructured PDFs, invoices, and contracts, converting them to structured database formats.
  • Timeline:3-6 Weeks
  • Tech Stack:Claude 3.5 Sonnet, AWS Textract, n8n

The Problem

Invoices, purchase orders, bills of lading, and claims forms arrive in every format imaginable, and someone reads each one and types its contents into another system. Traditional OCR handles clean, consistent layouts and fails on everything else, which is most real-world document flow.

Impact

Data-entry cost scales directly with document volume, so growth does not improve unit economics. Transcription errors propagate into finance and operations systems where they are expensive to find later, and processing backlogs delay payment cycles and customer response.

Our Solution

We build extraction pipelines that read documents the way a person does — understanding layout and context rather than matching fixed template positions — validate the extracted data against your business rules, and write it into your systems with anything uncertain routed to human review.

Technical Approach

Document understanding uses vision-capable models combined with OCR where appropriate, which handles layout variation that template-based extraction cannot. Every field carries a confidence score, and thresholds determine what passes automatically versus what reaches a review queue. Output is validated against business rules before it touches a system of record.

Workflow Transformation

Before

Documents arrive by email or post and staff manually key their contents into finance or operations systems, with errors discovered downstream during reconciliation.

After Wortholic

Documents are processed automatically, validated against your rules, and written into the target system, with low-confidence extractions queued for quick human confirmation.

Data Privacy (GDPR/CCPA)

Strict adherence to global data privacy laws. We never train public AI models on your proprietary data.

HIPAA & SOC2 Ready

Architecture designed to meet rigorous healthcare and enterprise security compliance standards natively.

Enterprise Infrastructure

Scalable cloud-native deployments via AWS and Vercel Edge networks ensuring 99.99% uptime.

Frequently Asked Questions

Everything you need to know about our AI Document Parsing process.

Why is this better than traditional OCR (Optical Character Recognition)?

Traditional OCR breaks the moment a vendor changes their invoice template because it relies on exact coordinate mapping. Vision AI understands the 'meaning' of the document, so it can find the 'Total Due' regardless of where it is placed on the page.

Can it read handwritten documents?

Yes, modern Vision LLMs are exceptionally good at reading messy handwriting and transcribing it accurately.

How accurate is it really?

Accuracy varies with document quality and consistency, and anyone quoting a single figure without seeing your documents is guessing. Clean digital PDFs with consistent structure extract very reliably; poor-quality scans and highly variable layouts are harder. The more useful design goal is that the system knows when it is uncertain, so errors surface as review items rather than silently entering your systems. We benchmark against a sample of your actual documents before committing to numbers.

What happens to documents it cannot read?

They go to a human review queue with the source document displayed alongside the extracted fields, so a person confirms or corrects in seconds rather than re-keying from scratch. The goal is not to eliminate human involvement entirely but to reduce it to genuine exceptions.

Can it handle documents in multiple languages?

Yes for most major languages, since modern vision-language models are multilingual by default. Quality varies by language and script, and right-to-left or non-Latin scripts warrant explicit testing rather than assumption. If multilingual processing is a requirement, we validate it against real examples during discovery.

How does this integrate with our accounting or ERP system?

Through whatever interface the target system exposes — API, database, or scheduled file import. Common accounting platforms have well-supported APIs; older ERPs may require file-based integration. Validation happens before write-back, so the target system receives data that already satisfies your business rules rather than raw model output.

Still typing data manually?

Let's automate your document processing.

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