The Model of Achieving a Balanced Balance between Economic Efficiency and Ecological-Social Responsibility of Digitalized Enterprise

Authors

1 Department of Finance, Banking and Insurance, Odessa I.I. Mechnikov National University, Odessa, Ukraine

2 Department of Economics and Marketing, National Aerospace University N. Zhukovsky “Kharkiv Aviation Institute”, Kharkiv, Ukraine

3 Director of Innovation Centre, National University of Shipbuilding named after Admiral Makarov, Mykolaiv, Ukraine

4 Director of Study Programs, Head of Department, ISMA University, Riga, Latvia

10.22094/joie.2020.677817

Abstract

The application of the latest digital technologies changes the ways of thinking of entrepreneurial behaviour and motivation of decision-making, principles of organization of their functioning, so the purpose of work is to form a model of achieving a balanced balance between economic efficiency and environmental and social responsibility of the digitized enterprise, determining the scientific bases for managing such processes. Methods of grouping and formalization, structural-logical and qualitative system analysis and synthesis were used in the research process. The model of achieving a balanced equilibrium is a process of harmonizing the activity of an existing (undesirable) state and achieving an equilibrium state through gradual transformations. The mechanism of control of transformation processes contains information, resource and formative levels of management. The logical-structural matrix contains the main problems and the expected results of balanced development.

Graphical Abstract

The Model of Achieving a Balanced Balance between Economic Efficiency and Ecological-Social Responsibility of Digitalized Enterprise

Highlights

  • Initial level of telecommunication enterprise system development
  • Resource support for the co-evolutionary development of the telecommunication enterprise system
  • Achieving balanced development 

Keywords

References

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Journal of Optimization in Industrial Engineering
Volume 14, Special Issue - Serial Number 29
Winter and Spring 2021
Pages 45-52

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