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Modern education is aimed at providing an opportunity to acquire quality knowledge and skills. Many studies in recent years demonstrate the significant contribution of information technology to improving the quality of acquired knowledge and skills in all areas of education. To assess the quality of the knowledge gained during the educational process, it is necessary to carry out control in various forms. Significant pedagogical research proves the effectiveness of test control to obtain an assessment of knowledge and skills. Information technology can help increase the independence of testing and assessment from the personality of the teacher, that is, increase objectivity through the use of an automated test form. In accordance with modern realities, the development, implementation and subsequent use of automated software for testing knowledge takes place on the Internet. In this regard, information security is a factor that must be identified as the most important. Therefore, the purpose of this work is to develop and implement an automated web-based knowledge testing system with an increased level of information security. One of the most popular open source web application security research projects, the Open Web Application Security Project, publishes the top ten most common threats annually. The paper presents the development of a software protection mechanism, the level of information security of which ensures the protection of information from the most critical risks established in accordance with the OWASP Top 10 2021. The developed software product can be recommended for use in higher and general educational institutions, to improve the quality of knowledge and objectivity through the use of a test form in an automated format with an increased level of information security. [ABSTRACT FROM AUTHOR]

A method of software system structural testing based on the program algebraic model and machine code-level dynamic symbolic execution is proposed. The method allows for unit testing automation for programs written in compiled languages. [ABSTRACT FROM AUTHOR]

The task of construction of complex of methods and realization of fono examination software is considered, based on single scientific and methodological approach. Possibility of construction of such complex of instruments is shown on the basis of fractal approach. [ABSTRACT FROM AUTHOR]