WMS Extended – Warehouse Management System

The Warehouse Management System (WMS) arose from the need to improve the information and processes within a warehouse or distribution center, making it important to reduce costs and improve operations.

Its application aims to maximize the accuracy of inventories and reduce forecast errors and quantities.


WMS Parthenon Differentials

WMS Extended Parthenon stands out for the definitions and interpretations established in the following fundamentals:

Operational procedures
Basis of the entire business culture, being a set of activities or functions performed by people and / or machines, with the aim of transforming resources into goods or services (key business).
Amplitude
  • Physical reception
    • Planning
    • Execution
    • Physical Conference X fiscal
  • Quality inspection
  • Storage
    • Local filtering by a system, dynamically, in real time
    • Inventory control (box by box) when the ocurrency of optical reading with box on discharge process
  • SIF management system (Federal of Brazil)
    • For products of animal origin
    • Box control traceability code
    • Data-range control (animal slaughter) , in cases where there are no traceability codes in the box
    • Process of entry
    • Exit Process
    • Inventory control by:
    • Sanitary certification documentation
    • Export authorization
    • Supply of picking places
      • Fixed positions
      • Dynamic positions
    • Supply of separation sites
    • Inventory
      • General
      • Segmented
      • Rotary
    • Separation and supply of production lines
    • Packing change
    • Separation of orders
    • Order of loading
    • Logistics management
Main Goals
  • Link between operational execution and business management
  • Optimize operational procedures
  • Drastic reduction of operational errors
  • Automate, intelligently, the assignment of tasks to operators
  • Operational management
  • Warehouse management

WMS Extended Parthenon Labs


  • Mixed virtual reality
  • Artificial Neural Network
  • Voice Command
  • Beacon
  • 3D Motion Sensor
  • Radio Frequency Identification - RFID
  • Automated Integrations
  • Active Convocation

Mixed virtual reality

Combines virtual elements with the real environment

It is interactive and has real-time processing

It is designed in three dimensions

Quality inspection

Separation and supply of production lines

Artificial Neural Network

Computer model capable of performing machine learning as well as pattern recognition

Automatic and dynamic parameter changes, both for items and for operational functions

Operational Task Execution Sequence Command

Detection of errors execution of operational tasks

Task execution command to correct operational errors

Voice Command

Allows to request / explain / interact with the operator, without the need for mouse or specific screen projection

Operator receives all the execution commands of tasks, in detailed operational sequences, through voice command, from the artificial neural network

Beacon

Device that emits signals through Bluetooth 4.0 technology, used in geolocation, both static and dynamic

Identifies, to the system, the physical geographic position of each operator or equipment, automatically and dynamically, in real time

3D Motion Sensor

Intelligent devices that can interpret movements, such as gestures, so that the device connected to it can generate specific actions

Radio Frequency Identification - RFID

Technology that using electromagnetic waves to communicate with tags or labels, attached to some element to be controlled

Communication of the system with "tags" or "labels", fixed on the elements to be controlled, through readers, data collectors, portals, etc.

Automated Integrations

Always in real time, in an "underground" way, guaranteeing the accuracy of automatic execution regardless of human action

Between different databases

With data files

Sending / capturing information

Other plants

Suppliers

Customers

Information for visual devices

Dashboard

Smartphone

Tablet

Activation to mobile devices, when exceptions occur, at higher hierarchical or functional levels

Active Convocation

The system itself allocates, in real time, executing resources to the operational procedures.

All assignment of operational tasks to the operators is done automatically, dynamically and in real time, always optimally according to the parameters and information of geographical positions generated by the Beacon

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