YE DIGITAL's WES 'MMLogiStation' Significantly Enhances Shipping Functions
YE DIGITAL will enhance the shipping functions of its WES 'MMLogiStation' starting June 2026, featuring an advanced 'Wave Control' to prevent system stoppages during peak logistics periods.
📋 Article Processing Timeline
- 📰 Published: April 7, 2026 at 19:10
- 🔍 Collected: April 7, 2026 at 10:30
- 🤖 AI Analyzed: April 20, 2026 at 23:45 (325h 14m after Collected)
YE DIGITAL Corporation (Headquarters: Kokurakita-ku, Kitakyushu City; Representative Director and President: Yuji Tamai; hereinafter 'YE DIGITAL') will enhance the shipping functions of its Warehouse Execution System (WES) 'MMLogiStation' and begin offering it in June 2026.
In this functional enhancement, the 'Wave Control Function,' a core feature for stably operating warehouse business, has been significantly evolved, enabling on-site operations where 'work is unlikely to stop' even during peak seasons and times of increased volume.
Warehouse Execution System (WES) 'MMLogiStation'
What is the 'Wave Control Function' that demonstrates its true value during peak seasons?
Wave control is a mechanism that divides work instructions within a warehouse into multiple groups based on factors such as the number of work instructions, equipment usage status, and resource conditions, and starts them sequentially with a time lag (generally also called 'batch control').
It plays a role in stabilizing the overall workflow of the warehouse by preventing temporary concentration of business and distributing the load on people and equipment.
Shipping Functions: Key Enhancement Points
1. Expansion of Wave control targets
Wave control, which was previously centered on retrieval and sorting processes, has been expanded to include shipping process tasks. Wave control is now possible for all processes leading up to shipping, contributing to improved work efficiency throughout the warehouse.
2. Reflecting 'business rules' tailored to each customer's site
In addition to the conventional group organization, it is now possible to reflect the business rules of each customer. Because work targets can be grouped based on site rules, it becomes easier to prioritize tasks, improving the ease of progress management and business management.
3. System structure that prevents work instructions from stopping even during busy periods
The real-time work instruction/equipment control system has been separated from large-scale processing systems such as inventory updates and results reflection. This achieves stable operation even during physical volume peaks and concentrated access.
In this functional enhancement, the 'Wave Control Function,' a core feature for stably operating warehouse business, has been significantly evolved, enabling on-site operations where 'work is unlikely to stop' even during peak seasons and times of increased volume.
Warehouse Execution System (WES) 'MMLogiStation'
What is the 'Wave Control Function' that demonstrates its true value during peak seasons?
Wave control is a mechanism that divides work instructions within a warehouse into multiple groups based on factors such as the number of work instructions, equipment usage status, and resource conditions, and starts them sequentially with a time lag (generally also called 'batch control').
It plays a role in stabilizing the overall workflow of the warehouse by preventing temporary concentration of business and distributing the load on people and equipment.
Shipping Functions: Key Enhancement Points
1. Expansion of Wave control targets
Wave control, which was previously centered on retrieval and sorting processes, has been expanded to include shipping process tasks. Wave control is now possible for all processes leading up to shipping, contributing to improved work efficiency throughout the warehouse.
2. Reflecting 'business rules' tailored to each customer's site
In addition to the conventional group organization, it is now possible to reflect the business rules of each customer. Because work targets can be grouped based on site rules, it becomes easier to prioritize tasks, improving the ease of progress management and business management.
3. System structure that prevents work instructions from stopping even during busy periods
The real-time work instruction/equipment control system has been separated from large-scale processing systems such as inventory updates and results reflection. This achieves stable operation even during physical volume peaks and concentrated access.