

Dear readers! We are pleased to present to you the eleventh issue of the journal in 2025. There are a lot of relevant and useful materials in the issue, which, hopefully, will not be ignored.
Dear readers! In September the CeMAT RUSSIA exhibition was held, which showed everyone that innovations and robotics are increasingly penetrating the logistics industry. We can safely say that many technologies are tested here, and only then they go out into the world. However, it is not only CeMAT RUSSIA that demonstrates the prevalence of the digital agenda.
Dear readers! This is the ninth issue of the journal, which turned out to be very rich and diverse. Traditionally, the issue is opened by an analyst. The material by Alina Nasyrova from the Market Guide Agency, dedicated to investments in warehouse complexes in Russia, recalls the importance of developing logistics infrastructure for the integrated development of regions.
The article deals with oncoming New Industrial Revolution influence on logistics’ nature. The components of New Industrial Revolution such as Internet of Things and additive manufacturing are revisited. Basic ways for logistic transformation under the New Industrial Revolution are considered on the base of modern changes in the supply chains management.
Key words. Neoindustrialization (New Industrial Revolution), supply chains management, Internet of Things, Industry 4.0, additive manufacturing.
Productivity and cost efficiency of the various modes of transport; acceleration of rolling stock turnover; improving of investment quality to develop logistics infrastructure – all of them require modern approaches to issues of cooperation of all participants of the logistic process. Logistical coordination is an organizationally complex model of interaction between different partners, but it significantly increases the performance of logistics and transport assets, capacity and logistics infrastructure and quality of logistics assets.
This article contains a comprehensive classification of logistics by criteria, attributes and types of meaningful content. Proper examples are given.
Key words. Types of logistics, flow processes, classification criteria, methodology of logistics, definition of logistics.
Productivity and cost efficiency of the various modes of transport; acceleration of rolling stock turnover; improving of investment quality to develop logistics infrastructure – all of them require modern approaches to issues of cooperation of all participants of the logistic process. Logistical coordination is an organizationally complex model of interaction between different partners, but it significantly increases the performance of logistics and transport assets, capacity and logistics infrastructure and quality of logistics assets.
Key words. Logistics, higher education, labor market.
An article analyses logistic management features of trans-border high-tech product flows under imperative restricts by the system of state regulating in the field of foreign economic activity.
Key words. High-tech products, trans-border flows, logistic management, customs control, export control.
An article discusses role of logistics, especially of its service branch (as science and practice of managing human flows), in a socially oriented economics. Author specifies service-logistics clusters in comparison with another types of clusters. She shows the importance of cities-ties for the innovative development.
Key words. Service logistics, service-logistics clusters, cities-ties, management of human flows, flows of holidaymakers, personnel flows, innovations.
An article analyses logistic management features of trans-border high-tech product flows under imperative restricts by the system of state regulating in the field of foreign economic activity.
Key words. High-tech products, trans-border flows, logistic management, customs control, export control.
The article explains the basic properties of flows that are represented in simulation models of logistics systems. A new mesoscopic modeling method for flow systems is presented which is based on the Discrete Rate paradigm specified in the simulation software ExtendSim.
Key words. Material flow, сonceptual model, simulation modeling, mesoscopic models.