🔍 Discovery & Personalization

AI-powered tools to help readers find their perfect spiritual books

Smart Search

Natural language search system that understands theological concepts, saints' names, liturgical terms, and complex spiritual queries.

How It Works:

Users can search using natural phrases like "books about finding God in suffering" or "stories of saints who struggled with doubt" instead of just keywords. The AI understands context, synonyms, and theological relationships.

Key Benefits:

  • Reduces search abandonment by 40-60%
  • Handles misspellings and variations of saints' names
  • Understands liturgical calendar connections
  • Supports multiple languages including Latin terms

Implementation Notes:

Requires training on Catholic theological vocabulary, saint biographies, and liturgical terminology. Integration with existing catalog database and search infrastructure needed.

🔍 Live Demo - Search Within Books

Try searching through actual passages from "Story of a Soul" and "Introduction to the Devout Life"

suffering Little Way prayer humility trust in God spiritual childhood devotion

Searching through Catholic texts...

NLP Search High Priority

Visual Search

Upload images of books, religious art, or even handwritten notes to find related titles and content in the library.

How It Works:

Computer vision technology analyzes uploaded images to identify book covers, religious iconography, or text. The system then matches these visual elements to relevant books in the catalog.

Key Benefits:

  • Helps users find books they've seen but can't remember the title
  • Discovers books with similar artistic styles or themes
  • Enables quick cataloging of physical book collections
  • Supports accessibility for users who struggle with text search
Computer Vision Image Recognition

AI-Powered Recommendations

Sophisticated recommendation engine that analyzes reading history, browsing behavior, and user preferences to suggest the perfect next book.

How It Works:

Machine learning algorithms analyze multiple data points including past purchases, time spent on pages, books added to wishlist, and similar user patterns to generate personalized recommendations.

Key Benefits:

  • Increases average order value by 25-35%
  • Improves customer retention and engagement
  • Discovers hidden connections between different spiritual topics
  • Adapts to changing interests and spiritual growth
Machine Learning Collaborative Filtering High ROI

Reading Journey Mapping

Creates personalized spiritual reading paths based on the user's current faith journey stage, interests, and goals.

How It Works:

AI analyzes user questionnaires, reading history, and interaction patterns to create customized reading plans. These might include beginner paths, seasonal devotionals, or topic-deep dives.

Key Benefits:

  • Guides new Catholics through foundational texts
  • Creates coherent learning paths for complex topics
  • Suggests complementary books that build on each other
  • Tracks progress and adjusts difficulty appropriately
Personalization User Journey

Cross-Reference Discovery

Automatically identifies and surfaces connections between books across different authors, time periods, and theological themes.

How It Works:

Natural language processing analyzes book content to identify shared themes, biblical references, theological concepts, and historical connections, creating a rich web of related content.

Key Benefits:

  • Deepens understanding through connected reading
  • Reveals unexpected theological connections
  • Supports academic and serious study
  • Increases books per order through intelligent bundling
NLP Knowledge Graph

Visual Search

Upload images of books, religious art, or even handwritten notes to find related titles and content in the library.

How It Works:

Computer vision technology analyzes uploaded images to identify book covers, religious iconography, or text. The system then matches these visual elements to relevant books in the catalog.

Key Benefits:

  • Helps users find books they've seen but can't remember the title
  • Discovers books with similar artistic styles or themes
  • Enables quick cataloging of physical book collections
  • Supports accessibility for users who struggle with text search
Computer Vision Image Recognition

AI-Powered Recommendations

Sophisticated recommendation engine that analyzes reading history, browsing behavior, and user preferences to suggest the perfect next book.

How It Works:

Machine learning algorithms analyze multiple data points including past purchases, time spent on pages, books added to wishlist, and similar user patterns to generate personalized recommendations.

Key Benefits:

  • Increases average order value by 25-35%
  • Improves customer retention and engagement
  • Discovers hidden connections between different spiritual topics
  • Adapts to changing interests and spiritual growth
Machine Learning Collaborative Filtering High ROI

Reading Journey Mapping

Creates personalized spiritual reading paths based on the user's current faith journey stage, interests, and goals.

How It Works:

AI analyzes user questionnaires, reading history, and interaction patterns to create customized reading plans. These might include beginner paths, seasonal devotionals, or topic-deep dives.

Key Benefits:

  • Guides new Catholics through foundational texts
  • Creates coherent learning paths for complex topics
  • Suggests complementary books that build on each other
  • Tracks progress and adjusts difficulty appropriately
Personalization User Journey

Cross-Reference Discovery

Automatically identifies and surfaces connections between books across different authors, time periods, and theological themes.

How It Works:

Natural language processing analyzes book content to identify shared themes, biblical references, theological concepts, and historical connections, creating a rich web of related content.

Key Benefits:

  • Deepens understanding through connected reading
  • Reveals unexpected theological connections
  • Supports academic and serious study
  • Increases books per order through intelligent bundling
NLP Knowledge Graph