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What percentage of your catalog is actually compared to the competition?
Schedule a meetingLearn about our MPS pricing solutionNatural language processing (NLP) is a branch of artificial intelligence that enables machines to understand, analyze, and generate text. In pricing, it is used to match products with different descriptions across catalogs, extract product features, analyze customer reviews, and detect prices in unstructured sources.
The Essentials in 6 Questions
AI that understands text: labels, descriptions, reviews.
Pricing, product data, and e-commerce teams.
Every time a catalog match is made and a record is enriched.
Competitors' catalogs, marketplaces, customer reviews.
Streamline the matching process and organize product data.
Vectorization, similarity, classification, sentiment analysis.
Because it automatically matches products that are described differently from one website to another.
A cosmetics retailer has increased the percentage of closely matched SKUs from 38% to 94% using an NLP model and now monitors 11,280 products instead of 4,560.
Cosmetics retailer · Matching 12,000 SKUs using NLP
automatic matching rate achieved using an NLP model trained on 50,000 pairs of labels, with an accuracy of over 99%.
Coverage of the former manual matching process
products now being monitored (up from 4,560), without additional hiring
The model, trained on 50,000 pairs of validated labels, matches 12,000 items from the catalogs of six competitors with an accuracy of over 99 percent, without the need for additional data.
Four techniques, combined in models pre-trained on retail data.
| Technique | Usage in pricing |
|---|---|
| Vectorization (embeddings) | Convert the descriptions into comparable representations. |
| Similarity Calculation | Match equivalent products across catalogs. |
| Classification | Automatically categorize labels. |
| Sentiment Analysis | Read about price perceptions in customer reviews. |
Our product matching solution is based on these techniques, combined with EAN codes and attributes; our MPS pricing solution then leverages the structured data. See also agent-based pricing.
Too little labeled data, a general-purpose model, or unmeasured accuracy.
Short answers to the most frequently asked questions about NLP in pricing.
Natural Language Processing (NLP) is a branch of artificial intelligence that enables machines to understand, analyze, and generate text. In pricing, it is used to match products with different descriptions, analyze customer reviews, extract product features, and detect prices in unstructured sources.
A model that has been thoroughly trained on retail data achieves a 92% to 97% match rate with an accuracy of over 99% on standard catalogs.
Yes, with specific requirements: sizes and colors for fashion, capacities for food products, and technical specifications for home improvement. A specialized model for each sector is generally required.
Yes, for visual categories (fashion, home decor, household appliances), where the image complements the description.
Key Takeaways
Would you like to use reviews and text-based data to inform your pricing decisions?
Booper uses NLP to enrich your product data and refine your pricing recommendations.
Let's talk about your product match →Learn about our MPS pricing solution
Artificial intelligence must never drive pricing strategy. Its deployment requires the establishment of rigorous safeguards, such as price corridors and human validation, to protect financial margins. This alliance between computing power and expert oversight transforms raw data into sustainable profitability without the risk of algorithmic drift.
These reflexes can't be improvised: that's what the BOOPER Pricing Training is for—to give your teams the right guidelines before implementing AI in your pricing.
Key takeaway: AI-powered pricing overcomes Excel’s limitations by incorporating complex variables such as inventory and competition to model price elasticity accurately.
This robust management approach safeguards margins and volumes while remaining transparent to managers. Key point: An elasticity exceeding 3.5 often indicates a data anomaly rather than actual customer behavior.

Not all AI systems are created equal when it comes to pricing. Statistical rules, predictive machine learning, and generative AI: these three technologies are often lumped together, even though they address different needs and inform different decisions.