Grainger builds a GenAI RAG-powered product search to help call center agents navigate 2.5 million products
Grainger implemented a retrieval augmented generation (RAG) search system on the Databricks Data + AI Platform, using Databricks AI Search and Model Serving to let customer service and sales teams retrieve accurate product information from a 2.5 million-item catalog with over 400,000 daily product changes, improving search recall and reducing errors for call center agents.
Overview
Grainger implemented a retrieval augmented generation (RAG) search system on the Databricks Data + AI Platform, using Databricks AI Search and Model Serving to let customer service and sales teams retrieve accurate product information from a 2.5 million-item catalog with over 400,000 daily product changes, improving search recall and reducing errors for call center agents.
This entry has 14 published fields tied to exact passages in an immutable source capture.
Inspect the highlighted sourceThe challenge
Grainger's customer service team struggled to rapidly retrieve accurate product information from a 2.5 million-product catalog to support its high-traffic e-commerce site. The search system needed to understand a buyer's role and industry application, interpret incomplete or non-technical queries from non-specialist customers, and keep pace with over 400,000 product updates occurring daily.
The solution
Grainger built a retrieval augmented generation (RAG) search system on the Databricks Data + AI Platform. Databricks AI Search provided the data engineering and management foundation for RAG, while Databricks Model Serving gave a unified interface to switch between and query multiple LLMs through a single API, with automated data vectorization and embedding synchronization keeping product indices accurate.
Reported business value
Grainger saw significant advancements in search recall and discoverability across its 2.5 million products, with faster and more accurate product retrieval that saves time, reduces errors and lets sales and call center staff assist customers more efficiently, while handling over 400,000 product changes daily.
Sources
Open any source and check the claim yourself — that is the point of the register.
This record was researched and written with AI assistance, and its claims were checked against the sources above. (EU AI Act art. 50 transparency notice.)
Other manufacturing entries in the register.
ArcelorMittal Enhances Steel Production Through Digital Innovation
ArcelorMittal partnered with IBM Consulting and Infosys to modernize operations through AI, cloud technology and SAP S/4HANA migration. At ArcelorMittal Eisenhüttenstadt, machine learning was introduced to predict and prevent surface defects on automotive steel sheets. At the Hamburg wire rod plant, AI optimized the trimming process by analyzing historical production data to determine optimal cutting points, reducing trim scrap by 20% and contributing to energy savings and lower CO2 emissions. ArcelorMittal also deployed a bio-inspired Ant Colony Optimization algorithm to calculate optimal production schedules, reducing downtime and material waste. At AM/NS India, IBM Consulting used IBM Rapid Move for SAP S/4HANA to migrate data and applications from outdated platforms to a single SAP instance across locations in Dubai, Indonesia and India.
Michelin runs 200+ AI use cases across manufacturing, supply chain and innovation
French tire manufacturer Michelin has more than 200 AI use cases in production, led by group chief data and AI officer Ambica Rajagopal. Its in-house IRIS system, protected by over 20 patents, partially automates end-of-line visual tire defect inspection to improve inspector efficiency and workplace ergonomics while operators retain final accountability. Machine learning forecasting tools improve demand forecast accuracy and proactively detect stock shortages in the supply chain. Michelin scans the startup ecosystem and uses tools including Databricks and Dataiku, and has partnerships with Microsoft and Rockwell Automation to codevelop AI solutions. The company reports AI-project ROI exceeding €50 million per year, growing 30-40% annually for three consecutive years, governed by an internal data office and responsible-AI principles (people-centric, explainable, accountable).
Schneider Electric fast-tracks innovation with Azure OpenAI Service
Schneider Electric bases customer-facing AI solutions on Azure OpenAI Service within Microsoft Cloud for Manufacturing. Its EcoStruxure Microgrid Advisor uses Azure OpenAI Service and Azure IoT for dynamic control of facility energy performance, EcoStruxure Resource Advisor Copilot helps customers manage energy usage, and the company is developing a PLC code generation copilot to automate programmable logic controller programming for manufacturing robots and IoT devices.
ABB Leads Shift to Autonomous Operations with Genix Industrial AI Platform on Azure
ABB built its Genix Industrial IoT and AI Suite on Microsoft Azure and Azure AI Foundry Agent Service, using a multi-agent architecture so AI agents can autonomously execute workflows across assets, operations, supply chain, energy, and emissions management. Genix Copilot lets shop-floor engineers scan a QR code on an analyzer to have AI agents pull real-time data and maintenance logs and suggest a fix, cutting troubleshooting time by 60-80%. Across ABB's customer base, Genix has improved reliability of critical assets by up to 20% and reduced unplanned downtime by up to 60%. Customer Birla Opus Paints used Genix to raise its "Right First Time" production rate from 40-45% to over 80% in its first year and cut root-cause analysis time from a week to an hour.
Was this helpful?
Your feedback helps us improve our use case database


