Algorithmic Framework for an Information System Ensuring Sustainable Development and National Security

Abstract

This study primarily aims to develop an algorithmic framework for constructing an information system dedicated to ensuring sustainable development and national security. The unique functionalities of this framework are manifested through the deployment of functional blocks, which, when represented with appropriate vectors and arrows, can facilitate superior organization and visualization of information. The scope of investigation is confined to the national information security system of a specific country. The primary scientific task undertaken in this study involves the modeling of an algorithm for constructing an information system that can ensure sustainable development and security. To accomplish this, the cutting-edge graphical modeling language of the Data Flow Diagram (DFD) standard is employed. The outcome of this study is a model that outlines the construction of an algorithm for the formation of an information system geared towards sustainable development and security. The novelty of this study lies in the methodological approach taken to develop the algorithm, which introduces a fresh perspective to addressing the issues at hand. The innovative aspect of this study is revealed in the modeled process of forming an information security system. However, the study is limited by the specific characteristics of the national security system of a single country. Future research in this domain should focus on modeling the integration of digital technologies into the national security system.

Development of New Information Systems with the Involvement of Artificial Intelligence for the Men and Women’s Work: A Methodical Approach to Assessment and Selection of the Optimal

“…Lastly, the systematic bibliometric review by Bobrova et al [30] and Bilan et al [31] provide a broad overview of AI's role in organizational management, development, change, and culture. Our research findings contribute to this body of knowledge by detailing a specific, effective method for assessing and selecting AI-integrated information systems.…”