EyeQube Retail is an advanced retail analytics platform that offers integrated demand forecasting and inventory optimization functions. Leveraging the latest analytical algorithms, it provides accurate forecasts of future sales for your products, allowing you to make informed decisions about inventory management. It gives organizations the power to optimize inventory levels, reduce carrying costs and increase customer satisfaction.

Using the most appropriate algorithms for different data sets, our platform can strategically adjust product stock levels according to expected demand, increase operational efficiency and maximize profitability in a dynamic retail environment, thanks to seamless integration and intuitive interfaces.

Key Features

Product Demand Forecast

It forecasts demand in the desired period by taking into account factors such as special days and seasons.

Dynamic Period Selection in Forecasting

Provides stock optimization with the help of various KPIs (safety stock, transportation time, etc.) in order to meet demands and minimize total stock costs

A/B Analysis

By classifying products according to sales performance and profitability, it determines which products contribute more and facilitates strategic decision-making.

Stock Optimization

It minimizes overstocks and reduces the risk of understocks by dynamically adjusting stock levels based on demand forecasts. This optimization increases customer satisfaction while reducing costs.

Dynamic Pricing

It offers pricing strategies that can quickly adapt to market conditions, competition and demand changes. This provides a competitive advantage while maximizing profitability.

Multi-layered Architecture

EyeQube Retail's multi-layered design boosts scalability and performance, ensuring efficient data processing and easy maintenance.

Multiple Language

The EyeQube Retail interface supports multiple languages, allowing users to choose their preferred language.

Eyeqube RetailGtech

Eyeqube Retail

Gtech

Eyeqube Retail

Gtech

Eyeqube Retail
Gtech