Training Courses

The course is devoted to studying the features of conducting information security management system audits using the Iso2700x standard. The course consists of 4 parts: Introduction to Information Security Management System (ISMS) and ISO/IEC 27001; Audit principles, preparation and start of the audit; Audit activity on site; Closing the audit. As part of the first part, the course participants will get acquainted with the Objectives and structure of the training course, the Standards and the regulatory framework, the certification process, the fundamental concepts and principles of information security and the information security management system according to ISO standards. During the second part of the course, students will master the basic concepts and principles of auditing, understand the impact of trends and technologies on auditing, become familiar with risk-based and evidence-based auditing, learn about the audit process and the first stage of the audit. During the third part of the course, information will be provided on the preparation for the second stage audit, communication during the audit, audit procedures and the creation of audit plans. The concluding part will cover audit conclusions and non-compliance reporting, audit closure issues, auditor evaluation of action plans, and ISO 2700x certifications.

This course covers general information about the identification of a person by biometric characteristics and the application of biometric identification systems in information security. Biometric identification methods based on various identifiers and modes of their operation are considered. Possible areas of application of biometric identification systems in the field of information security are analyzed.

This course covers fundamental security issues in computer communications, classical cryptographic algorithms, symmetric key cryptography (block and stream algorithms), public key cryptography (Diffie-Hellman, El Gamal, and elliptic curve cryptography), authentication, and digital signatures and other fundamental cryptographic primitives and protocols. These topics should be useful for those new to cybersecurity as well as those with some experience.

This course covers basic procedures of critical infrastructure protection. Object protection system will be analyzed. Classification of detection means and technical means of protection will be described. This course will also give information about various types of detectors.

This course will cover an overview and history of Java. Installing and configuring the development environment. Java basics: comments; data types; variables; operators. Introduction to classes and methods. Execution order management: blocks; conditional instructions; cycles. Instructions that violate the order of execution: multiple choice (switch). Arrays, rows. OOP paradigm, objects and object variables. Packages, exceptions. Graphical user interface and more.

This course covers methods and techniques how to protect network servers and endpoint computers against cyberthreats. The basics of network communications between various devices, like servers, PC, and routers, will be explained. Methods of secure communication, like VPN, IPsec, and VLAN will be examined. The course covers practical information about securing techniques of the database server, web server, mail server, DNS server, and file server securing techniques, reliable network devices configuration, protection of end-user devices, and monitoring of the health of devices.

This course focuses on the definition of current status of 5G networks. It will analyze core network architecture, radio access network, protocols, driving technologies, use cases, main procedures, cybersecurity subsystem, etc. Also attention will be paid to the analysis of research projects in the area, future research directions on the road to 6G.

The course is designed for a wide range of audience who, in the context of global informatization, must have the appropriate digital competencies for full-fledged activity as a subject of all world social processes. The security of personal data in the context of digitalization will be considered. Information on the security of interaction between state institutions in the provision of electronic services will also be considered. The use of electronic document management will be analyzed: electronic documents, signatures, stamps. Much attention will be paid to practical cases on electronic fraud in the modern digital world.

This course covers basic security systems for operating systems and application software tools. Course contains following topics:
⦁ data protection against unauthorized access;
⦁ data protection against copying;
⦁ data protection against destruction;
⦁ cryptographic data protection in different operating system;
⦁ software security of data transmission channels, etc.
The course will also cover the latest software protection services and tools.

This course focuses on the current advances and future directions in the research of machine learning technologies and their practical application. The main types of machine learning tasks in cybersecurity as well as the main types of machine learning models, such as linear, metric, probabilistic and other models, will be analyzed. The usage of decision trees, neural networks, and ensembles of decision rules in incident detection and threat categorization tasks will be covered. In addition, the course explains the process of machine learning experiments and the interpretation of their results in cybersecurity systems.