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Development of a Web-Based Warehouse Automation and Management System
  1. case
  2. Development of a Web-Based Warehouse Automation and Management System

Development of a Web-Based Warehouse Automation and Management System

scalosoft.com
Logistics
Supply Chain
Transport

Challenges in Modern Warehouse Operations and Automation

The client faces challenges in optimizing warehouse operations for large eCommerce firms, including manual sorting processes that are slow and pose injury risks, limited visibility into shipping and storage, and the need to integrate heavy-duty robots for parcel handling. Rapid deployment of automation solutions and scaling operations across multiple time zones are critical to meet industry demands.

About the Client

A large-scale logistics provider specializing in automated warehousing solutions for eCommerce and retail companies, aiming to enhance operational efficiency and visibility.

Goals for Building an Automated Warehouse Management System

  • Develop a web application supporting automated warehouse execution and operations management.
  • Facilitate faster sorting processes handled by machines to reduce manual labor and safety risks.
  • Enhance visibility into warehouse activities, including shipping statuses and storage levels.
  • Support integration with heavy-duty robotic systems for parcel transport and sorting.
  • Enable scalable deployment across multiple regions to increase global operational capacity.

Core Functional Specifications for Warehouse Automation Platform

  • Automation support for parcel sorting configurations and workflows.
  • Integration with robotic systems to transport and sort large parcels.
  • Real-time visibility dashboard displaying shipping statuses, storage levels, and system health.
  • Configuration tools for customizing warehouse sorting and delivery procedures.
  • User management and role-based access controls for operational staff.
  • Scalable architecture supporting multi-region deployment.

Technology Stack and Architectural Preferences

Vue.js
React.js
Java
C++
GitHub
Apptio
Targetprocess
Oracle

External System and Hardware Integrations

  • Robotic automation systems for heavy parcel transport
  • Warehouse Management Systems (WMS)
  • IoT sensors for storage and sorting monitoring
  • Enterprise resource planning (ERP) systems

Essential Non-Functional System Requirements

  • High scalability to accommodate expansion across multiple regions and increased operational volume
  • High performance for real-time processing and updates
  • Robust security measures to protect sensitive operational data
  • Availability and uptime targets of 99.9%

Projected Benefits and Business Impact of the System

The implementation of the automated warehouse management system aims to significantly improve operational efficiency by increasing sorting speed, reducing manual handling injuries, and providing comprehensive visibility into warehouse operations. Expected outcomes include faster shipment processing, enhanced scalability for global deployment, and improved integration with robotic systems, leading to a more competitive and resilient logistics operation.

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