Logo
  • Cases & Projects
  • Developers
  • Contact
Sign InSign Up

Here you can add a description about your company or product

© Copyright 2025 Many.Dev. All Rights Reserved.

Product
  • Cases & Projects
  • Developers
About
  • Contact
Legal
  • Terms of Service
  • Privacy Policy
  • Cookie Policy
Implementation of Automated Microfulfillment Center with Integrated WMS and Robotics
  1. case
  2. Implementation of Automated Microfulfillment Center with Integrated WMS and Robotics

This Case Shows Specific Expertise. Find the Companies with the Skills Your Project Demands!

You're viewing one of tens of thousands of real cases compiled on Many.dev. Each case demonstrates specific, tangible expertise.

But how do you find the company that possesses the exact skills and experience needed for your project? Forget generic filters!

Our unique AI system allows you to describe your project in your own words and instantly get a list of companies that have already successfully applied that precise expertise in similar projects.

Create a free account to unlock powerful AI-powered search and connect with companies whose expertise directly matches your project's requirements.

Implementation of Automated Microfulfillment Center with Integrated WMS and Robotics

firstlinesoftware.com
Manufacturing
Food & Beverage
Pharmaceuticals
Electronics
Retail

Operational Inefficiencies in Existing Warehouse Infrastructure

Existing 6,000m² warehouse with automated machinery (shuttles, conveyors, label scanners, robot cranes) suffered from suboptimal space utilization, limited communication between systems, and capacity constraints that hindered scalability and productivity.

About the Client

International supplier of paper, corrugated, and compact cardboard packaging with 6,500+ employees across 70 plants in 20 countries

Key Project Goals

  • Enhance warehouse mobility and productivity through automation
  • Improve system-wide communication between automated machinery
  • Optimize space utilization through Microfulfillment Center design
  • Reduce product damage through automated palletizing processes
  • Support 50% future growth capacity

Core System Requirements

  • Real-time data exchange between WMS and PLC systems
  • TCP/IP protocol-based communication architecture
  • PLC emulation for risk-free system testing
  • Dynamic routing and topology configuration
  • Inventory tracking with pallet-level precision

Technology Stack

viadatWMS (customized)
TCP/IP communication protocol
PLC (Programmable Logic Controllers)
Microfulfillment Center automation equipment
Robotics integration framework

System Integrations

  • WMS-PLC interface via TCP/IP telegrams
  • Robotics equipment control systems
  • Label scanner data integration
  • Conveyor belt automation synchronization

Non-Functional Requirements

  • Scalable architecture for 50% growth
  • Real-time system responsiveness
  • High-availability communication protocols
  • Modular design for future equipment additions
  • Fault-tolerant data exchange mechanisms

Expected Business Impact

Implementation will deliver 30-40% operational efficiency gains through optimized space utilization, reduced product damage rates by 25%, 50% increased storage capacity, and enable seamless scalability to support future growth while maintaining real-time inventory transparency across 15,000+ SKUs.

More from this Company

AI-Powered Legal Compliance Automation Platform
Development of Integrated Wearable Ecosystem with Cloud Analytics and Gamification
GenAI-Powered Electronic Document Management System Modernization
Development of an AI-Powered Virtual Assistant for Enhanced Customer Engagement and Lead Generation
AI-Driven Talent Management Platform Development