Algonomy's Find™ redefines eCommerce site search by moving beyond generic results to deliver AI-driven personalization. It leverages behavioral data and machine learning to present contextual and relevant product results, significantly improving conversion rates, engagement, and revenue per visit. The platform aims to help customers quickly find exactly what they need, transforming the search experience from mere searching to successful finding. It offers a visually engaging and interactive search interface that refines results with every keystroke. Advanced business controls allow for conditional boosting, burying, and filtering to align search outcomes with business goals. Find™ also integrates content and catalog search, returning relevant products alongside informational content like videos, blogs, and guides to create richer shopping moments. Its machine learning algorithms continuously improve relevance by learning from shopper behavior and expanding synonym libraries, while real-time catalog updates ensure accurate information on price and availability, eliminating obsolete results and stock-outs. This solution is recognized by Gartner's Market Guide for Digital Commerce Search.

Features & Benefits

• AI-Driven Personalization: Delivers unique, contextual results based on shopper intent and real-time behavior across recommendations and content.
• Visually Engaging Search: Provides an immersive experience that returns new products and keywords with every keystroke.
• Advanced Business Controls: Enables conditional boosting, burying, filtering, and search term linking to meet business goals.
• Combined Content & Catalog Search: Integrates relevant products with informational content like videos, blogs, and guides for enhanced engagement.
• Machine Learning Optimization: Continuously improves search relevance through self-learning algorithms and expands synonym libraries.
• Real-time Catalog Updates: Ensures shoppers see the latest information on price, availability, and other attributes, eliminating outdated results.