Since the advent of the industrial revolution, the efficiency and productivity of supply chain management has been the focus of researchers and industrialists. With the emergence of new industrial concepts, the need for efficient and sustainable supply chains that are useful in daily decisions has been more than ever noticed. Therefore, the strategies needed to achieve the organization's goals, including concepts such as innovation and greater consumer participation, have influenced the direction and results of the process [1]. To compete globally, manufacturing companies must improve efficiency and reduce costs through new process innovations; Innovations such as robotics, warehouse automation, smart factories and helping flexible production [2].The fifth generation of the network in the field of production of smart products and factories as a technology that integrates industrial production and smart internet is developing rapidly and has brought new possibilities for smart production [3]. Industry 4.0 has created new possibilities for businesses by using advanced technologies such as the Internet of Things, artificial intelligence, data analysis, robotics, sensors and smart networks, which use these technologies to automate production and operational processes without The need for human intervention to improve. This industrial automation emphasizes end-to-end encryption, data sharing, data transparency, and seamless integration of physical and virtual systems in the entire production operation, and as a result, increases efficiency, reduces errors and costs, increases production speed, and improves quality [4]. Industry 4.0 can increase the productivity of the organization by supporting several key functions such as logistics and operations [5].
