Selected as a logistics digital service announced by the Ministry of Economy, Trade and Industry (Loading Management System: Vanning Master).

Our solution, Vanning Master (Loading Management System), has been selected as a recommended logistics digital service by the Ministry of Economy, Trade and Industry in response to the 2024 logistics issue.
With the enforcement of the work style reform-related law, which imposes penalties for exceeding the working hours limit for truck drivers starting in April 2024, it is essential to improve logistics efficiency to avoid further constraints on the supply of truck drivers. In light of this situation, the Ministry conducted direct hearings with the cooperation of a total of 22 service providers and compiled information on 30 services.
The Vanning Master has been selected for the loading management system.
*Related materials: Please download and view the introduction of Vanning Master on page 144 of the logistics digital service survey results.


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In light of the current situation where, due to the enforcement of the work style reform-related law that imposes penalties for the upper limit regulation on overtime work for truck drivers starting in April 2024, if the efficiency of logistics does not improve, the supply of truck drivers will face further constraints,
we conducted direct hearings with the cooperation of a total of 22 service providers and compiled 30 services as digital logistics services.
Vanning Master is a loading simulation software used in various industries such as automotive, electronic components, food, construction materials, government agencies, and the mail order industry.
It calculates the most efficient way to load products into containers, trucks, pallets, etc., and provides optimal loading plans.
Vanning Master Cloud® aims to reduce logistics costs through volume efficiency calculations in the core logistics operations of "transport" and "storage."
Considering factors such as product shape, safety of the cargo, and efficient loading, it allows users to confirm loading results through 3D simulations.