Content management technologies of the bank's IT projects

The article analyzes approaches of managing the content of bank IT projects, which is key to the successful implementation of new banking products. The article examines literary sources on content management, including theoretical definitions and practical application in the banking sector. The importance of banks for the country's economy and the integration of IT projects for the automation of banking services are emphasized. The peculiarities and challenges of managing development teams in the conditions of martial law, which requires additional security and flexibility measures, with the need to take into account risk management, are considered. Risk minimization strategies are analyzed, in particular during military conflicts, which is especially relevant in the conditions of modern challenges. Considerable attention is paid to the adaptation of project teams to remote work, which has become a necessity in the conditions of the pandemic and the legal regime of martial law. In addition, issues related to the organization of communication in remote teams and methods of supporting high employee productivity are considered. Using content management software is extremely important, so a variety of software has been suggested. An integrated analysis of the effectiveness of various software products for managing the content of IT projects was carried out, which allows choosing the optimal tools for specific tasks. The paper presents the methods of assessing the labor intensity and proposed approaches to automating the assessment of the labor intensity of software development. Integrating the strengths of various software development methodologies allows you to create an effective system for managing the content of IT projects, which contributes to increasing their success and minimizing risks. Based on the analysis, conclusions were drawn regarding the need to introduce new technologies and approaches to IT project management in the banking sector, which will lead to greater efficiency and stability in conditions of instability.