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Adaptive Sales Forecasting System for Perishable Product Procurement Optimization
  1. case
  2. Adaptive Sales Forecasting System for Perishable Product Procurement Optimization

Adaptive Sales Forecasting System for Perishable Product Procurement Optimization

sigma.software
Retail
Food & Beverage

Challenges in Perishable Goods Procurement Due to Inaccurate Sales Forecasting

The client experiences procurement inaccuracies with current systems achieving approximately 70% sales prediction accuracy, leading to overstocking or stockouts of perishable products. These inaccuracies cause losses due to product expiry and missed sales opportunities, adversely impacting profit margins.

About the Client

A medium to large retail chain specializing in perishable goods seeking to enhance procurement accuracy to reduce losses and optimize inventory management.

Goals for Improving Procurement Accuracy and Reducing Losses

  • Increase sales prediction accuracy for different product categories by at least 10%.
  • Reduce inventory losses caused by product expiry.
  • Minimize missed sales due to stock shortages.
  • Develop an adaptive and scalable forecasting solution integrated seamlessly with existing enterprise systems.
  • Lower hardware resource requirements through the implementation of simple, efficient mathematical models.

Core Functional Capabilities of the Procurement Forecasting System

  • Integration with existing sales and inventory data sources for continuous data ingestion.
  • Implementation of multiple simple adaptive sales prediction models tailored for different product categories.
  • A model selection mechanism that evaluates recent forecasting accuracy and chooses the best performing model weekly.
  • Application of combinatorial theory to determine the optimal number of models to prevent overfitting.
  • Generation of actionable procurement recommendations based on accurate sales forecasts.
  • Dashboard and reporting tools for monitoring forecast accuracy and system performance.
  • Seamless integration with the company’s ERP, Business Intelligence, and procurement planning systems.

Preferred Technologies and Architectural Approaches

Machine Learning models for demand prediction
Adaptive, ensemble-based modeling techniques
Lightweight mathematical prediction models
Data analytics and visualization tools

Essential System Integrations

  • ERP systems for procurement execution data
  • Business Intelligence platforms for analytics and reporting
  • Historical sales data repositories
  • Procurement management systems

Non-Functional System Requirements

  • Prediction accuracy improvement of at least 10% compared to existing systems.
  • System scalability to handle increasing data volumes across multiple product categories.
  • High system availability and reliability for continuous forecasting.
  • Resource efficiency with minimal hardware requirements due to simple models.
  • Data security and compliance with relevant data protection standards.

Projected Business Benefits of the Enhanced Procurement Forecasting System

The implementation of this adaptive sales forecasting solution is expected to enhance sales prediction accuracy by over 10%, significantly reduce losses from product expiry, minimize missed sales opportunities, and optimize procurement processes, resulting in improved profit margins and operational efficiency.

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