International Scientific Journals
of Scientific Technical Union of Mechanical Engineering "Industry 4.0"

The present study examines autonomous factories as a contemporary manifestation of digital transformation in the manufacturing sector. Unlike traditional automation, autonomous systems demonstrate cognitive capabilities through the integration of artificial intelligence, machine learning, and cyber-physical systems. The technological architecture includes the Internet of Things, digital twins, advanced robotics, and blockchain technologies, functioning in synergy. The implementation process follows a phased evolution through five maturity levels. The analysis reveals multiple challenges – technical, financial, ethical, and regulatory. Empirical data shows that the primary difficulties stem from psychological resistance and organizational adaptation, rather than from technological limitations. The research examines the economic effects, changes in employment structure, and the social dimensions of the transformation. In conclusion, the necessity for a balanced approach is emphasized, integrating technological capabilities with human needs in the context of Industry 5.0 philosophy.

Industry 4.0 has established itself as an era of digital transformation, automation, and intelligent technologies that integrate machine systems, data, and processes into a unified architecture. Its core strength is rooted in efficiency, speed, and systematic optimization. However, the pursuit of maximum productivity often displaces anthropometric factors – ethical values, sustainable development, and the social dimensions of technological progress. This is precisely where the philosophy of Industry 5.0 is positioned, building upon the previous paradigm by placing humans at the center of transformational processes. If Industry 4.0 represents the era of machine dominance, then Industry 5.0 introduces the era of symbiosis between human and technological capabilities. The change goes beyond theoretical frameworks and generates measurable results. When people are perceived as partners rather than victims of technological progress, innovations become bolder, products more personalized, and business models more sustainable. Industry 5.0 does not reject digitalization but humanizes it by integrating values such as sustainable development, social responsibility, and balance between technological innovation and human creativity.

Digital transformation and sustainable development are key concepts that are actively developing in modern business and society. They go hand in hand, creating opportunities to improve efficiency, reduce the negative impact on the environment and increase people’s quality of life. The Industrial Internet of Things is a powerful tool for connecting industrial devices, sensors, and equipment to a network to improve monitoring, analysis, and process automation. With the increasing digitization of business in recent years, cyber-attacks are also on the rise. To protect against such actions, organizations need cybersecurity technology solutions, as well as reliable tools to detect, prevent, and respond to cybersecurity breaches. This publication presents an exploration of the combination and interconnectedness of IIoT and cybersecurity in industrial enterprises, which are necessary to keep these systems secure and protected from cyber threats. A conceptual framework for multi-layered cyberattack defense designed for industrial enterprises is proposed.