OVERVIEW OF TOOLS FOR AUTOMATION OF THE IMPLEMENTATION OF INFORMATION SYSTEMS
In modern conditions of the growing importance of digitalization, the issues of practical support for these processes are becoming increasingly important. At the same time, today there is some contradiction, expressed in the theoretical development of aspects of the implementation of information systems (including with an emphasis on automation), as well as the lack of consideration of the possibilities for the flow of automation processes for their implementation in the practice of managing an enterprise. In this regard, the need for a theoretical comparative analysis of the tools for automating the implementation of information systems in the practice of managing enterprises was presented as the goal of this study. To achieve this goal, such provisions were considered as: studying the prospects for automating business processes; the relationship of tools for the implementation of information systems with their qualitative characteristics; the possibility of automating the processes of introducing information systems as a promising direction for their qualitative transformation, as well as a number of areas for automating the implementation of information systems (automation of projects, risks, communications); consideration of solutions in the field of automation of each of the directions; the need to form a complex of interaction between these areas, as a way to improve the practice of implementing information systems. In particular, the possibilities of using artificial intelligence technologies through the introduction of machine and deep learning libraries are emphasized as central. As the theoretical analysis shows, at the conceptual level, the formation of complete automation of information systems involves the reconstruction of its individual coordinated components and the construction of a single data exchange field through the action of various algorithms. It is also important to note that the final form of the information system directly depends on the needs of the economic entity, as well as on its ability to achieve the integration of various programs and elements of the system. As a theoretical position, the author emphasizes the possibility of several main directions for recreating information systems - the use of ready-made modular solutions (independent developed units); integration of various programs through the implementation of an additional unifying application or algorithm; the formation of both individual components of the information system, and its full reproduction based on the needs of the enterprise.