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7 min readGuide

AI Product Recommendations: A Practical Guide

Kratik Agrawal

By Kratik Agrawal

Published Aug 12, 2026

AI product recommendations use product data and shopper signals to rank the items a visitor is most likely to consider. This guide covers the methods, placements, data, and measurements behind them.

AI product recommendations use product data and shopper signals to rank the items a visitor is most likely to consider. Stores can place them on product pages, in carts, in search, and inside conversational shopping experiences. The useful test is simple: shoppers should reach a better choice faster, and the store should be able to measure the result.

The strongest systems use more than purchase history. They combine catalog attributes, browsing behavior, the shopper's current session, and the context of the question. That matters when a visitor needs a product for a specific use and a similar item would miss the request.

How do AI product recommendations work?

AI product recommendations score products against signals from the catalog and the shopper. A system may compare product attributes, learn from patterns across customers, or blend both methods. The output is a ranked set of products for a specific placement, such as a product page, cart, search result, email, or on-site conversation.

Shopify's guide to AI recommendation systems groups the common approaches into content-based, collaborative, and hybrid filtering. Klaviyo describes a conversational version that also uses real-time context alongside purchase and site behavior.

A shopper asking for a carry-on that fits a regional airline gives the system more useful intent than a page view alone. A recommendation engine should use that constraint, check the catalog data needed to answer it, and explain why each suggestion fits.

What are the main types of product recommendation systems?

Stores usually choose among three methods. Content-based systems compare product attributes. Collaborative systems learn from behavior shared across shoppers. Hybrid systems combine both. Teams can choose a starting point by checking the product catalog, traffic volume, and order history.

Content-basedCategories, descriptions, materials, price, and other product attributesStores with detailed catalog data and limited shopper historySuggestions can stay too close to products already viewed
CollaborativePatterns across views, orders, ratings, and similar shoppersStores with enough traffic and order historyNew products and low-traffic stores provide less evidence
HybridProduct attributes plus shopper behaviorGrowing stores that can support both data setsSetup and evaluation require more work

Where should stores place AI product recommendations?

Stores should begin with one high-intent placement and measure it before adding more. Product pages help visitors compare related items. Cart recommendations can surface compatible accessories or refills. Search and conversational assistants can use a shopper's stated need to narrow a large catalog before the visitor reaches a product page.

Shopify recommends tracking click-through rate, conversion rate, and average order value when testing placements. A store should also inspect the recommendations themselves. A higher click rate does not help if the system suggests unavailable sizes, incompatible accessories, or products that ignore the shopper's request.

  • Product page: related items while a shopper is still comparing.
  • Cart: compatible add-ons and replenishment items near checkout.
  • Search: products ranked against the words a shopper used.
  • Conversation: a short list built from stated needs, constraints, and follow-up answers.
  • Post-purchase: replenishment or a logical next product after the order.

What data improves product recommendations?

Teams get better recommendations when product data distinguishes one item from another. Titles and broad categories rarely cover fit, compatibility, materials, use cases, care, or the constraints shoppers mention in natural language. Stores also need current availability and variant data so the system does not recommend an item the shopper cannot buy.

Teams can use views and orders as evidence about what people consider and buy. They can use the current session to understand the reason for the visit. An old purchase can suggest taste, while the words a shopper uses now may carry the stronger constraint.

Kinect's guide to product feed optimization covers the catalog fields AI systems need to compare products. The Dynamic Product Pages money page shows how shopper context can change the product experience after the recommendation.

How should a store measure recommendation quality?

Teams should compare an exposed shopper cohort with the store's own baseline and define the event before reading the result. Click-through rate shows whether visitors engage with a recommendation. Conversion rate and average order value show what happened after the click. Coverage, availability, and relevance checks catch bad suggestions that revenue totals can hide.

Kinect publishes its measurement rules on How We Measure. The same discipline applies here: report the cohort, the comparison window, and the metric definition. An engaged-shopper conversion rate does not prove the recommender caused every purchase.

  • Click-through rate for each recommendation placement.
  • Conversion rate for the exposed cohort and the chosen baseline.
  • Average order value when the placement includes bundles or add-ons.
  • Catalog coverage, including the share of products eligible for recommendation.
  • Availability and compatibility errors found during manual review.

How do conversational recommendations differ from product carousels?

A product carousel works from signals the store already has. A conversational recommender can ask for a missing constraint, such as budget, recipient, fit, or intended use. It can then explain the shortlist in the shopper's words. This makes conversation useful for catalogs where two products look similar in a feed but solve different jobs.

The explanation matters. A shopper can reject a recommendation because the system misunderstood a constraint, giving the store direct evidence about its catalog and sales copy. Kinect's AI Sales Rep is built for this on-site selling job and points interested teams to a single next step: book a demo.

Frequently asked questions

What are AI product recommendations?

AI product recommendations are ranked product suggestions built from catalog information, shopper behavior, and current-session context. Stores use them on product pages, in carts, in search, in messages, and inside conversational shopping assistants.

What is the difference between content-based and collaborative filtering?

Content-based filtering recommends products with attributes similar to items a shopper viewed or bought. Collaborative filtering uses patterns across many shoppers to predict what someone with similar behavior may want.

How much data does a store need for product recommendations?

The method sets the data requirement. A content-based system can start with detailed product attributes and limited behavioral history. Collaborative filtering needs enough shopper interactions to find useful patterns.

Where should a Shopify store start with recommendations?

Start with one placement near buying intent, such as related products on a product page or compatible add-ons in the cart. Measure click-through rate, conversion rate, and average order value before expanding.

Can AI product recommendations work for a new product?

Yes, when the catalog contains enough attributes to match the new product to shopper needs and related items. Systems that depend only on past clicks and orders have less evidence for a new product.

How do stores keep recommendations accurate?

Keep product attributes, variants, prices, and availability current. Review recommendation samples, track placement-level results, and check whether suggestions respect fit, compatibility, budget, and the shopper's stated use.

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