Implementation of innovative technologies based on automation and robotization of production of industrial business structures

Abstract

Aim. The work aimed to study approaches to the implementation of innovative technologies based on automation and robotization in the production processes of industrial enterprises. Objectives. The work seeks to analyze the key factors influencing the efficiency of automation and robotization, including the use of digital technologies (artificial intelligence, the Internet of things); to discuss the results of implementation of industrial robots in the economies of leading regions; to propose practical recommendations for the integration of robotic systems. Methods. The authors used system analysis and generalization to study the approaches and practical experience of implementing automation and robotization in industrial production processes. Results. It was established that the key results of the implementation of automation and robotization include optimization of business processes, increased productivity, cost reduction, and ensuring the competitiveness of industrial structures. Based on the analysis, practical recommendations are proposed for the integration of robotic systems into the existing infrastructure, personnel training, and adaptation of management decisions. Conclusions. A comprehensive study of approaches to automation, analysis of key factors and experience of leading regions enable to form a systemic view of the process of implementing innovative technologies. This will create the basis for developing practical recommendations aimed at increasing the efficiency and competitiveness of industrial enterprises in modern conditions.