EY Optimizes Retail Inventory and Demand Forecasting with AI Solutions
Ernst & Young (EY) developed an AI-powered inventory and demand forecasting platform tailored for retail clients, leveraging Microsoft Cloud for Retail and Microsoft Azure. The solution enables trusted data pipelines for standardizing, modeling, and scaling customer and inventory data with predictive analytics and machine learning. Multiple advanced forecasting models, including eight different techniques, are deployed to generate SKU- and location-level demand predictions, accommodating both repeat and new orders. Customer-specific histories and demographic data are incorporated to optimize stock levels and better anticipate demand variability, supporting scenario analysis and strategy simulation before real-world deployment. The solution uses a simulation engine for inventory improvement, reduces supply gaps, and helps prevent overstock or lost sales. Machine learning models are distributed across multiple clusters for scalable computation, supporting hundreds of thousands of SKUs and locations. By reducing human bias through automation and including external/internal factors, the platform streamlines inventory management, cuts unnecessary stock, increases forecast accuracy, and enhances overall customer experience by ensuring the right product availability. The approach is flexible and can be specialized to client needs with configurable add-ons, seamlessly integrating into existing inventory management workflows and systems.
- Organization
- Ernst & Young
- Industry
- Retail
- Location
- Global
Reported outcomes
Strategic outcomes
Why do we believe this deployment?Customer identity, provider attribution, maturity, and source checks
- Customer
- Ernst & Young
- Provider
- Microsoft
- Maturity
- Production
- Linked source
- azuremarketplace.microsoft.com
Multiple advanced forecasting models, including eight different techniques, are deployed to generate SKU- and location-level demand predictions, accommodating both repeat and new orders
Primary read
Use case focus
Showing 2 of 2
- 1AI-Based Retail Demand Forecasting
- 2Automated Inventory Optimization for Large Retailers
- Inaccurate and manual inventory forecasting for retail clients.
- Difficulty scaling inventory management processes for large numbers of SKUs and store locations.
- Supply chain gaps resulting in lost sales or excess inventory.
- Human bias in traditional demand prediction methods.
- Developed an AI- and machine learning-powered solution using Microsoft Cloud for Retail and Microsoft Azure.
- Built a scalable, trusted data pipeline to standardize, model, and reuse customer and inventory data.
- Deployed multiple demand forecasting models for high accuracy at SKU and location level.
- Integrated simulation engine to test, optimize, and deploy inventory strategies before full roll-out.
- Increased forecasting accuracy for demand and inventory needs.
- Reduced surplus inventory and prevented supply chain gaps.
- Enhanced customer satisfaction via improved product availability.
- Streamlined inventory management, reducing manual effort and human bias.
Architecture
The solution is built on Microsoft Cloud for Retail and Azure, combining predictive analytics, machine learning models (deployed over multiple clusters) and a simulation engine. Data is standardized and modeled through trusted pipelines, then distributed for demand and inventory optimization at large retail scale, including scenario testing and integration with existing inventory systems.
Sources & evidence1
- Customer explicitly identified
- Deployment status explicitly supported
- Technical implementation details available
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