All comparisons

Conductor vs Traditional OCR

Traditional OCR extracts text using templates and coordinate-based zones. AI document intelligence understands meaning and context. This guide explains when each approach makes sense.

How each approach works

Understanding the fundamental differences helps explain why these technologies behave differently in practice.

Traditional OCR

Template-based extraction using coordinate zones

  1. 1
    Image processing

    Document scanned or converted to image format for analysis

  2. 2
    Character recognition

    Pattern matching identifies individual characters and words

  3. 3
    Template matching

    Document matched against known templates to determine type

  4. 4
    Zone extraction

    Data extracted from predefined coordinate regions

  5. 5
    Output mapping

    Extracted text mapped to predefined output fields

AI Document Intelligence

Semantic understanding of document content and structure

  1. 1
    Document parsing

    Multi-format parsing extracts text, tables, and structure

  2. 2
    Semantic indexing

    Content understood and indexed by meaning, not position

  3. 3
    Query or extract

    Ask questions or request specific information in natural language

Key difference: No templates needed. The system understands what information means, not just where it appears.

Technical differences

These fundamental architectural differences affect how each system handles real-world documents.

Recognition approach

Traditional OCR

Pattern matching against known character shapes, using coordinates to locate data

Conductor

Language model understanding of text meaning and document structure

Document model

Traditional OCR

Document as an image with text regions to be identified and extracted

Conductor

Document as structured information to be understood and queried

Error handling

Traditional OCR

Confidence scores on character recognition; manual review for low-confidence extractions

Conductor

Semantic validation; can explain reasoning and cite sources

Output format

Traditional OCR

Predefined fields based on template configuration

Conductor

Flexible output; answers to questions, structured data, or summaries

Detailed comparison

A side-by-side look at how each approach handles common document processing requirements.

Aspect
Traditional OCR
Conductor
Initial setup
Define extraction zones, create templates for each document type, test positioning
Upload documents and start querying immediately
New document types
Requires new template creation, zone mapping, and testing cycle
Handled automatically through semantic understanding
Layout variations
May fail or extract incorrect data when layouts shift
Adapts automatically by understanding content meaning
Multi-page documents
Each page typically needs separate zone configuration
Understands document as a whole across all pages
Tables and structured data
Requires precise zone placement; struggles with variable row counts
Extracts tables semantically regardless of positioning
Handwritten content
Limited accuracy; often requires specialised handwriting models
Handles mixed typed and handwritten content
Query capability
Extract predefined fields only; no ad-hoc questions
Ask any question about document content
Cross-document analysis
Not available; each document processed in isolation
Compare, correlate, and analyse across documents
Ongoing maintenance
Template updates required when source documents change
Minimal maintenance; adapts to changes automatically

When to use each approach

Both technologies have valid use cases. The right choice depends on your specific requirements, document types, and operational constraints.

Traditional OCR works well when:

High-volume identical documents

When processing millions of documents with identical layouts (e.g., a single form type), template-based OCR can be highly efficient once configured.

Regulatory requirements

Some regulated industries require specific extraction methods or audit trails that template-based systems provide.

Existing infrastructure

Organisations with significant investment in OCR infrastructure may benefit from incremental improvements rather than replacement.

Extremely simple documents

Single-field extraction from standardised forms (e.g., scanning barcodes or single data points) may not need AI capabilities.

Conductor works well when:

Document variety

When dealing with diverse document types, formats, and layouts that would require extensive template libraries.

Need for understanding

When you need to ask questions, find information, or understand context rather than just extract predefined fields.

Changing documents

When source documents frequently change format, making template maintenance burdensome.

Limited technical resources

When you lack dedicated resources for ongoing template development and maintenance.

Time-sensitive deployment

When you need to process documents quickly without weeks of template configuration.

Complex extraction needs

When you need to extract from tables, understand relationships, or handle semi-structured content.

Migration considerations

If you are considering moving from traditional OCR to AI document intelligence, here are key factors to evaluate.

Parallel operation

Most organisations run both systems in parallel during transition, comparing outputs and building confidence before full migration. This allows validation without disrupting existing workflows.

Template investment

Existing OCR templates represent significant configuration effort. With AI document intelligence, this configuration is not needed, but the transition means leaving that investment behind.

Process changes

Moving to AI document intelligence often enables new capabilities (querying, cross-document analysis) that may require workflow adjustments to fully utilise.

Compliance review

Regulated industries should review whether AI-based extraction meets their specific compliance requirements, including audit trails and explainability needs.

See the difference with your documents

The best way to understand how AI document intelligence compares to your current OCR setup is to see it handle your actual documents. We can run a comparison using your real use cases.