Case Studies

Automating Catalogue Extraction and School List Matching

Our client is a major educational publishing house that aggregates and distributes textbooks from various publishers and must understand which schools are assigning which books.

Business Challenge

Teams manually typed data from mixed-format publisher catalogues and cross-referenced hundreds of school book lists received as scans, PDFs or inconsistent digital files. This created seasonal workload, avoidable errors and delays in forecasting and print-run decisions.

Solution Strategy

We used a dual-extraction and automated comparison pipeline: AI-OCR for catalogue and school-list extraction, human verification for low-confidence fields, automated cross-referencing and natural-language analytics.

Key Capabilities

AI-OCR structured extraction

Human-in-the-loop verification

Automated cross-referencing and matching

Natural-language analytics over matched data

Technology & Architecture

  • MultiLLM AI Platform
  • AI-OCR
  • Structured database
  • Matching logic
  • Natural-language analytics

Outcome

  • Hundreds of staff hours saved
  • 0 manual spreadsheet matching needed
  • Real-time market insights through natural-language querying
  • Higher consistency in catalogue and school-list processing

Client Perspective

Every summer, our team used to drown in paper, manually typing catalogues and cross-checking hundreds of school book lists just to figure out our market position. MultiLLM AI Platform’s AI-OCR automated extraction and matching, and the ability to simply ask for a chart of our market share has revolutionized our decision-making.

Head of Data and OperationsEducational Publisher

What This Demonstrates

This project demonstrates our ability to combine workflow analysis, software engineering, data processing and AI into an operational solution rather than treating AI as a standalone feature.

Build a Similar Solution

If your organisation has a comparable document, data or workflow challenge, we can assess the process and propose a phased solution.