JarvisBitz Tech
How AI Works

Document Intelligence

From raw documents to structured data. OCR, layout analysis, entity extraction, and validation — end-to-end intelligent processing.

The Problem

The document challenge

Enterprise data lives in documents — and most of it is locked in formats machines struggle to read.

80%

of enterprise data is unstructured

2.5T

bytes of data created daily worldwide

40%

of worker time spent on document tasks

12x

faster processing with intelligent automation

Format Diversity

PDFs, scanned images, photographed pages, handwritten forms, faxes, and emails — each requires different extraction strategies.

Layout Complexity

Multi-column layouts, nested tables, merged cells, headers/footers, watermarks, and overlapping elements break naive parsers.

Quality Variance

Skewed scans, low-resolution photos, blurred text, coffee stains, and faded ink demand robust pre-processing pipelines.

Scale Requirements

Millions of documents per month with sub-second latency targets, requiring distributed processing and intelligent batching.

Technical Pipeline

Processing pipeline

Six stages transform a raw document into validated, structured data — each powered by specialised AI models.

01

Document Ingestion

Accept documents from any source — file uploads, email attachments, API submissions, S3 buckets, or scanner feeds. Normalize to a consistent internal format.

Tech Stack

Apache Tikapdf.jsPopplerLibreOffice headless

Key Metric

50+ file formats supported
Model Stack

Core technologies

Each stage in the pipeline relies on specialised models — from classical OCR engines to multimodal transformers.

Optical Character Recognition

Modern OCR engines combine CNN feature extraction with LSTM/Transformer sequence decoders. Pre-trained on millions of font/language combos, fine-tuned per domain.

Tesseract 5PaddleOCR v4Azure OCRGoogle Vision

Layout Models

Jointly model text, position, and visual features. LayoutLMv3 uses a unified text-image pre-training objective to understand 2D document structure without templates.

LayoutLMv3DiTDocTRUDOP

Table Extraction

Detect table boundaries, identify rows/columns/headers, handle merged cells and spanning, then reconstruct into structured tabular data.

Table TransformerTATRCamelotTabula

Named Entity Recognition

Token-level classifiers fine-tuned on domain-specific corpora extract invoice numbers, dates, amounts, vendor names, and custom entity types.

SpaCyFlairGLiNERSetFit NER

Classification Models

Zero-shot classifiers handle unseen document types; fine-tuned models achieve production accuracy. Ensemble voting boosts reliability across edge cases.

DeBERTa-NLISetFitLayoutLM classifier headCustom CNNs

LLM Post-Processing

Large language models handle ambiguous extraction, cross-field reasoning, and format normalization that rule-based systems miss — especially on novel document layouts.

OpenAIAnthropicGoogleMistral
Coverage

Document types

Pre-trained extraction models for the most common enterprise document types — each continuously refined with production feedback.

📄

Invoices

Extraction accuracy98%
📝

Contracts

Extraction accuracy96%
📋

Forms

Extraction accuracy97%
🧾

Receipts

Extraction accuracy99%
🪪

IDs / Passports

Extraction accuracy97%
🏥

Medical Records

Extraction accuracy94%
📊

Financial Statements

Extraction accuracy96%
📦

Shipping Documents

Extraction accuracy98%
Quality Assurance

Accuracy & confidence routing

Every extracted field carries a confidence score. Configurable thresholds route documents through the right validation path.

Confidence Distribution

72%
20%
8%

High Confidence

≥ 95%Auto-process

Fields extracted with high certainty are committed directly to the output — no human review needed.

Medium Confidence

75–94%Review Queue

Flagged for rapid human validation — the system highlights uncertain fields and suggests corrections.

Low Confidence

< 75%Manual Processing

Routed to a specialist for full manual extraction — typically degraded scans, handwritten notes, or novel layouts.

99.9%

End-to-end accuracy with HITL

<200ms

Per-page processing latency

72%

Documents auto-processed (no review)

Automate your document workflows.

Tell us about your document types and volumes. We'll design an intelligent processing pipeline with the right accuracy guarantees.