Creating Smart Manufacturing Based on AGI Twins and Interacting Intelligent Platforms

Authors

  • Evgeniy Bryndin Research Center Natural Informatic, Novosibirsk, Russia

DOI:

https://doi.org/10.56397/JWE.2025.08.12

Keywords:

smart manufacturing, AGI digital twins, cross-platform management

Abstract

Smart manufacturing using AGI twins and cross-platform management are advanced technologies that combine artificial general intelligence (AGI), digital twins and integration of various platforms to improve the efficiency and flexibility of manufacturing processes. AGI digital twins simulate real manufacturing processes, equipment and systems, allowing to predict failures, optimize operations and conduct scenario analysis. AGI digital twins can adapt to changes in the manufacturing environment, providing high accuracy and flexibility of management. Cross-platform management, firstly, ensures the integration of various systems and devices into a single management environment, secondly, centrally controls and coordinates all stages of production regardless of the technologies and platforms used, and thirdly, ensures real-time data exchange, increasing transparency and efficiency of decision-making. The use of AGI digital twins on a cross-platform basis allows you to create a flexible, scalable and smart manufacturing ecosystem. Such a solution helps to reduce downtime, improve product quality and reduce costs and provides the ability to quickly respond to changes in the market and customer requirements. Enterprises use AGI digital twins to model production scenarios and optimize logistics. Integration with management systems allows for automated production planning and control. The use of cross-platform solutions helps to unite factories, warehouses, and logistics chains into a single network.

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Published

2025-08-29

How to Cite

Bryndin, E. . (2025). Creating Smart Manufacturing Based on AGI Twins and Interacting Intelligent Platforms. ournal of orld conomy, 4(4), 121–131. https://doi.org/10.56397/JWE.2025.08.12

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Section

Articles