Warehouse Execution System

Solve labor shortages in the warehouses with a robot operation platform
enabling human and machine collaboration.

Warehouse Execution System

Solve labor shortages in the warehouses with a robot operation platform enabling human and machine collaboration.

Product Summary

Toshiba's WES (Warehouse Execution System) "visualizes," "analyzes," and "optimizes" human/machine/system data. 
We support optimal operational management and task executions in response to the changing complexity of the conditions in the warehouse.

Environmental changes and challenges surrounding the logistics industry

New normal / DX

Increase of online transactions

Labor shortage and aging population

Toshiba's WES supports optimal operational management and task execution

Operation status monitoring

Data alignment settings

Distribution Center management/
cooperation optimization

Task progress monitoring

Task progress prediction

Transfer Center management/
cooperation optimization

Operation status monitoring

Data alignment settings

Distribution Center management/
cooperation optimization

Task progress monitoring

Task progress prediction

Transfer Center management/
cooperation optimization

Use Cases

Toshiba's WES solves on-site issues using a variety of functions and technologies.

Optimize tasks with the staff allocation coordinator

The WES supports supervisors and team members on where to allocate staff, by predicting task completion times of different work groups and routes, then recommends an optimized staff allocation, so that operations can be executed efficiently.

Improve warehouse processing capacity with device to device coordination

As the WES has API-based integration with the WMS and WCS, the throughput of the entire warehouse can be improved without the need for complex management, through seamless co-control, optimizing movement and planning of tasks of each automation equipment based on the progress of each task.

Optimize allocation of inventory, taking into account the workload of each area

The WES improves throughput by designing processes based on daily work conditions, recommending instructions and tasks for an optimal storage area, taking into consideration the workload and progress of each area.

What is the technology to solve these problems?

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