Definition

What is OCR (Optical Character Recognition)?

OCR (Optical Character Recognition) is technology that converts different types of documents - scanned paper documents, PDF files, or images - into editable and searchable text data. In RPA, OCR enables bots to 'read' documents that would otherwise be inaccessible, bridging the gap between paper-based and digital processes.

How OCR Works

Modern OCR uses a combination of techniques to extract text from images:

  1. Pre-processing: Clean up the image (deskew, noise removal, contrast enhancement)
  2. Text Detection: Identify areas containing text vs images or blank space
  3. Character Recognition: Match detected patterns to known characters
  4. Post-processing: Apply language models to correct errors and improve accuracy

Example Use Case

A logistics company receives shipping documents via email attachments (PDFs), fax (TIFF images), and scanned forms. OCR-powered automation extracts shipment details, addresses, and tracking numbers from all formats, automatically entering the data into the TMS system - reducing manual data entry by 90% and errors by 95%.

Key Benefits of OCR in Automation

Key Benefits

  • Eliminate Manual Data Entry - Automatically extract data from any document
  • Process Any Format - Handle PDFs, scans, photos, faxes, and more
  • High Accuracy - Modern AI-OCR achieves 98%+ accuracy on quality documents
  • Speed at Scale - Process thousands of pages per hour
  • Searchable Archives - Make historical documents findable
  • Reduce Errors - Consistent extraction without human fatigue

Types of OCR Technology

Common OCR Use Cases in RPA

Improving OCR Accuracy

Tips for getting the best results from OCR:

BOTFORCE Discovery

Find Document Processing Opportunities

BOTFORCE Discovery helps you identify processes where OCR and document automation can eliminate manual data entry. Calculate the ROI of digitizing your paper-based workflows.

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