Statement of Ways to Implement Industrial Internet of Things Technologies in the Transport and Logistics System

One of the most important development trends today is digitalization. Digitalization of various economic sectors is considered as a priority direction of the scientific and technological development strategy of both at the global level and, particularly, in Russia. Full sequential digitalization should become a kind of platform for qualitative changes in its structure and capabilities in the long term. Digitalization means the introduction of modern technologies into the business processes of enterprises, particularly, the promising technologies of the Industrial Internet of Things (IIoT). Speaking about the Industrial Internet of Things, it is important to note that this concept occupies one of the most key places in digital transformation. The Industrial Internet of Things’ basis consists of many technologies such as RFID, cloud computing, edge computing, blockchain, Big Data, and more. During the researching of this topic, it is also important to consider and analyze some of them in order to understand their principles of use and the possibilities for deploying an IIoT. The relevance of the work is primarily associated with the high rates of development and the prospects for the use of the Industrial Internet of Things, namely in transport and logistics systems. Since the technology is so new, it requires more careful study and research in a variety of fields. It is necessary to develop new methods and techniques that contribute to the effective use of IIoT. For this, it is also necessary to substantiate ways to implement the Industrial Internet of Things. In particular, in the transport and logistics systems. The purpose of this work is to substantiate the implementation of the Industrial Internet of Things in the transport and logistics system by developing a functional model at the enterprise level.