In 2018, an analysis of the world of experience, “best practices”, international standards and NATO standards for life cycle management (from designing to utilization) of information (information and telecommunication) systems. There were provided relevant recommendations on possible regulatory and legal instruments that will allow implementation of these “best practices” in the activities of the departments of the Ministry of Defense of Ukraine.
In 2019, a number of important research-scientific works and research-development works have been developed, which are aimed at increasing the state's defense capabilities.
At the request of the Ministry of Defense of Ukraine, an analysis of international standards in the field of creation and use of information systems and information protection measures was performed, a draft Technical Regulation for information and telecommunication infrastructure of information systems in the field of defense was developed.
In 2020, modern process approaches to the management of information system lifecycle that correspond to the discipline of systems engineering were introduced into the project activities of the Ministry of Defense of Ukraine. It will significantly reduce the time of information systems implementation in the defense sphere and ensure proper project management.
In 2021, there were developed recommendations for the creation of the ACS of missile forces and artillery (MF and A) of the Armed Forces of Ukraine at the operational (operational-tactical) level. The developed software has sufficient levels of quality indicators for the utilization of the ACS MF and А automation equipment model complexes at the operational (operational-tactical) level to examine the given recommendations and the use of the model as a constructive prototype for the development of ACS MF and А software.
In 2022, research and analysis of the combat use of the complexes of means of automating control of artillery reconnaissance and fire of artillery units were conducted; preliminary technical solutions for the creation of a typical automation solutions complex (ASC) for controlling artillery reconnaissance and fire of artillery units were substantiated and developed for the first time.
The choice of architecture and rational composition was made and the tasks for special software of operational (operational-tactical) and tactical levels were developed. For the first time, algorithms and special software for ASC were developed and an active model of artillery reconnaissance and fire control of artillery units was created.
In 2023, some possible approaches to creating a unified information environment for the network of crisis centers for automated management of the protection of the resilient functioning of the critical infrastructure of Ukraine were proposed. A special software structure (SSS) was substantiated, and algorithms and general problem statements for the creation of an SSS model complex, which can be used as a prototype for developing SSS systems of such a network, were developed.
