Activating Foundation for the Development of Combined Software Products
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Liubov Skokova
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This article examines the growing integration of complex combined software products into modern industrial, commercial, and technological processes, where digital systems increasingly consist of numerous interrelated functional elements originally developed as independent or weakly connected components. The article emphasizes the need for fundamentally new approaches to the design and structuring of technical architectures capable of integrating such disparate elements into unified functional systems. Particular attention is devoted to substantiating the necessity of developing compositional and integrative technical solutions as the foundational basis for creating advanced combined software products. The study analyzes the technological, structural, and organizational prerequisites for such integration, including the increasing complexity of digital infrastructure, the development of multifunctional cyber-physical systems, and the growing demand for scalable and interoperable software architectures. It is demonstrated that the implementation of compositional integrative technical solutions enhances system interoperability, improves operational reliability, reduces structural redundancy, and enables the creation of scalable platforms for application in smart manufacturing, intelligent infrastructure, industrial automation, and other high-technology sectors. The article concludes that compositional integrative technical solutions constitute a key technological foundation for the development of the next generation of combined software products.
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Authors
Liubov Skokova
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