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Case Study · 20

Spatial demand-forecast model for the retail sector.

Analytical model that combines store locations, service areas, population demographics, temperature/precipitation data, and category-level sales history into a single digital-twin structure for sharper demand forecasting.

Sector Retail
Focus Area Demand forecasting & data analytics
8–36% higher forecast accuracy
Digital-twin-based analytic design
Category- & store-level prediction
Project Context

Why this project was needed

In retail, accurate demand forecasting is critical for inventory management, category planning, and store performance.

Need & Challenge

Core challenges

Traditional forecast models often fail to capture spatial differences, weather effects, and the demographics around stores.

Approach

How it was addressed

Spatial and temporal data layers were unified into a single digital-twin structure; category- and store-level prediction models were built.

Solution Components

Implementation structure

Digital-twin data structure
Spatial data layers
Weather & demographic integration
Category-level sales analytics
Store-level forecast model
Delivered Value

Results and impact

Forecast accuracy improves, category management strengthens, and store-level decisions become more data-driven.

Key Metrics

Concrete results

8% – 36%
Higher forecast accuracy
Digital Twin
Based analytic design
Category-Level
Prediction model
Store-Level
Demand-forecast structure
Related Expertise

Capabilities applied in this project

Technology Data & Analytics Transformation

Let's talk about strengthening your demand-forecasting and decision-support models.

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