Infopaket

Basics of information security

ОК.21

Обов’язкова дисципліна для ОП

First

2023/2024

3 Semester

4

The main tasks of studying the discipline are - analysis of information flows at the enterprise and identification of threats; - analysis of information risks and development of security policy; - definition and formulation of information protection tasks; - use of the regulatory framework to solve the problems of ensuring information security; - justification of the application of methods and means of ensuring information security; - use of scientific and reference literature according to the direction of the discipline.

Full-time form

Successful learning of disciplines:  Computer logic and discrete mathematics  Computer architecture  Fundamentals of programming  Applied aspects of mathematics for IoT

The educational discipline "Fundamentals of information security" is a component of the educational and professional training program for specialists at the educational and qualification level "bachelor" in the field of knowledge 12 "Information technologies" specialty 126 "Information systems and technologies" of the educational program "Software technologies of the Internet of things". The discipline is included in the compulsory educational disciplines. The history, state and main trends of information security in the world are considered. The personal, corporate, departmental, state, and international levels of information security are analyzed in terms of three aspects: integrity, confidentiality, and availability. Attention is paid to the management of information security, the construction of the structure of units, the determination of requirements for officials and the requirements of international and domestic standards of information security. The main information threats are considered. Legislative, administrative, procedural and software and technical levels of information security are studied. The basics of cryptology: cryptography, cryptanalysis, existing standards and basics of applied cryptographic protocols for information exchange are covered.

1. Savchenko Yu.G., Khlobistova O.A., Gladka M.V. Information protection technologies: a study guide for students of the 6.050101 "Computer Science" course of correspondence and shortened form of education. - K.: NUHT, 2013. - 84 p. 2. E. Yakovenko, I. Zhuravel, I. Horbaty, A. Bondarev. Informational security. Lviv Polytechnic. Lviv, 2019. – 580 p. 3. Babak V.P. Theoretical basis of information protection / V. P. Babak: Textbook. - NAU Book Publishing House, 2008. - 752 p. 4. Ostroukhov V.V., Prysiazhniuk M.M., Farmagei O.I., Chekhovska M.M. Informational security. Textbook. Lira-K. - K.-2021. - 412 p. 5. Buryachok V.L., Gulak H.M., Tolubko V.B. Information and cyberspace: security problems, methods and means of combat. Magnolia 2006., K. 2021. - 450 p. 6. Roman V. Yampolskiy. Artificial Intelligence Safety and Security. CRC Press, 2018. - 444 7. Nashinets-Naumova A.Yu. Information security: the issue of legal regulation. - K.: VD "Helvetika", 2017. - 168 p

Lectures, laboratory classes, independent work

Final evaluation in the form of an exam: is 40 module points (40% of the total rating). Examination assessment is conducted in written and oral form. Exam questions cover all topics of the semester course of the discipline. The applicant is not admitted to the exam if he scored less than 36 points during the semester. For applicants who scored a total of fewer points than the critical-calculated minimum (36 points), for admission to the exam, it is mandatory to retake the tests, perform and defend the planned laboratory work for a positive evaluation The grade for the exam cannot be less than 24 points to receive a positive grade for the discipline. The final grade is determined by summing the points of the semester work and the exam. If, in the end, the student scored less than 60 points, he is given an "unsatisfactory" grade.

Ukrainian