Training Courses

This course covers such topics: Basic concepts and terms of Big Data. The main advantages, problems and disadvantages of Big Data. Big Data Characteristics. Big data generation and processing technologies. Application in various fields. Data life cycle phases. Data storage, analysis and visualization. Visualization of texts, clusters, associations, hypotheses, decision trees. Multidimensional and grid visualization. Gephi classification. Machine learning and data mining. Big Data Infrastructure. Big Data Properties and Constraints. Interfaces. Cloud service models, cloud resources, cloud services. SQL and NoSQL databases. Big Data Management. Big Data Security. Tools and software for working with Big Data.

This course covers basic topics: Quantum Computing basic terms. The main directions of quantum informatics. Quantum objects, Fundamental feature of quantum objects, states. Moore’s Law. Shore and Grover algorithms. Qubit, superposition, spin, Quantum entanglement. Quantum cryptography, protocols and directions.

This course aims to learn the basics of software testing at different stages of its development. Features of QA testing, its main advantages and importance will also be considered. During the course, the types of testing and resources required for testing will be described. As a result, the testing process will also be practically mastered. Test cases will be developed and bug reports will be generated accordingly.

This course includes modern information and communication systems, methods and technologies for their protection. The world institutions ITIL, ISO, NIST, regulate the main international standards. The main types of attacks on information systems and means of preventing them.

This course presents background introduction to cybersecurity and its basic domains (network security, Internet security, infrastructure security, software and hardware security etc). Real-world scenarios of threats and vulnerabilities will be discussed as well as exercises based on real cases will be carried out. Modern cybersecurity models (like CIA, STRIDE, 5A etc) will be analyzed and compared. Also, the most popular hand-on tools (Snort, Nmap, Whois, Metasploit and others) will be presented for listeners.

This course covers basic procedures of analysis and network monitoring to discover and identify potential hackers and malware using tools like Wireshark, Tcpdump, and Syslog. Discovering security vulnerabilities across an entire network, by using network hacking techniques and vulnerability scanning. Nmap and Zenmap Installation, Network and port scanner basics, Target selection, Port states, Host discovery, Scan techniques and Port selection, Endpoint Threat Detection and Response (EDR), User [and Entity] Behavioral Analytics (UEBA/UBA) technologies. At the end of this course you’ll have a practical skill-set to scan networks. You will be able to find vulnerabilities and weaknesses on network that can be exploited by hackers.

This course covers general concepts and information security threats directed to the users of information-communication systems and services. The basic principles of computers and smartphones secure using as well as the basic rules for email and social networks using in conditions of cyber threats realization will be considered. Also, the methods and real cases of social engineering attacks and destructive information and psychological influences will be analyzed. Based on the mentioned topics, the system of general rules and recommendations for the users personal data protection will be formulated and discussed.

This course covers the set of specifications detailing how to create, manage and implement ISMS policies and controls. In accordance with ISO 27001 standard the following domains will be discussed: information security policies; organization of information security; asset management; human resource security; physical and environmental security; communications and operations management; access control; information system acquisition, development, and maintenance; information security and incident management; business continuity management; compliance; cryptography; supplier relationships.

This course covers main principles and technologies to organize data security in information and communication systems. Up-to-date technologies of data encryption (both secret key and public key encryption), wireless communication security, authentication, anti-malware and firewalls as well as actual vulnerabilities, threats, attacks and incidents related with ICT will be presented and discussed.

This course covers basic procedures of information security incidents management as domain of information security process. International standards and best world practices for cyber incidents response will be analyzed (ITIL, ISO/IEC, NIST, ITU). Basic stages of CERT / CSIRT creation and principles of their activity will be explained. Also, the up-to-date hardware / software tools for incidents detection, mitigation and investigation will be examined. This course will also cover topics such as intrusion detection (IDS) and prevention (IPS) as well as information security events correlation and management (SIEM)