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AI-Driven Shelf Product Recognition System for Retail Monitoring
  1. case
  2. AI-Driven Shelf Product Recognition System for Retail Monitoring

AI-Driven Shelf Product Recognition System for Retail Monitoring

brights.io
Retail
Consumer products & services

Challenges in Manual Shelf Monitoring and Product Placement Accuracy

A retail client faces inefficiencies in manually monitoring product placement on shelves, leading to inaccuracies in stock status and compliance, potentially impacting sales and customer experience. The client requires a scalable solution to automate SKU identification and stock level tracking within retail environments.

About the Client

A large retail chain seeking to automate product placement monitoring across numerous store locations using computer vision technology.

Goals for Automating Product Placement and Stock Level Monitoring

  • Develop an AI-powered mobile application capable of recognizing and tracking a wide range of product SKUs on retail shelves.
  • Automate identification of product presence, placement accuracy, and stock levels to ensure compliance with merchandising standards.
  • Enhance accuracy of product recognition beyond manual checks, reducing errors and operational costs.
  • Enable detailed reporting of product stock status at each retail location to facilitate better inventory management.
  • Support integration with existing retail management systems to streamline data flow and reporting.

Core Functionalities for Automated Shelf and SKU Recognition

  • Image capture via mobile device camera for real-time shelf analysis.
  • Detection and localization of all potential product packs based on predefined patterns.
  • Application of convolutional neural networks (CNN) trained to recognize over 50 product types or SKUs.
  • Automated identification of product presence, placement, and stock status within captured images.
  • Generation of comprehensive reports per retail location detailing SKU counts, missing items, and placement accuracy.
  • User interface for sales representatives or staff to review recognition results and inventory status.

Preferred Technologies and Architectural Approaches

OpenCV for image processing and pattern matching
Convolutional Neural Networks (CNNs) for product recognition
Mobile development for iOS platforms
AI and machine learning frameworks suitable for on-device inference

Necessary System Integrations

  • Retail inventory management systems to synchronize stock data
  • Reporting and analytics dashboards for monitoring operational metrics

Key Non-Functional System Requirements

  • Real-time processing capabilities for on-site shelf analysis
  • High accuracy in SKU recognition (>95%) to ensure reliable data
  • Scalability across numerous store locations
  • Data security and privacy compliance, especially when handling product and inventory data
  • Ease of use for retail staff with minimal training

Anticipated Business Benefits from Automated Shelf Monitoring

Implementation of this AI-powered recognition system is expected to significantly improve stock accuracy and shelf compliance, reducing manual audit time by up to 70%, increasing SKU recognition accuracy to over 95%, and enabling real-time inventory insights. These improvements aim to enhance sales, improve customer satisfaction, and optimize inventory management across retail locations.

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