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Module Summary

  • Course basics: exam-based completion (4 ECTS), 1 lecture hour per week plus 2 hours of exercises/labs, master level.

  • Learning goal: a comprehensive orientation in implementing cybersecurity measures into information systems and ICT.

  • Six modules (Sep 22 – Dec 15): legislation and assets → ISMS and risk → roles, suppliers, HR → operations, changes, incidents, continuity, physical security → technical measures → audit and GAP analysis.

  • Core topics: ISMS, asset and risk management, organizational and operational security, access control, supplier management.

  • Labs (exercises): network protection, user identity verification, access rights, anti-malware, logging and detection, application security, cryptography, availability, industrial systems, digital services.

  • Assessment: written exam max 60 points (min 36), seminar project max 40 points (min 24), scale A (90–100) to E (60–67).

  • Legislation in force: Act No. 264/2025 Coll. (since 1 Nov 2025, transposes NIS2) with Decrees Nos. 334/2025 and 408–412/2025; EU acts NIS2, DORA, CER, CRA.

  • Resources: RevealJS slides, web HTML, and printable PDF; MENDELU e-books; NÚKIB portal and legislation pages in EN.

Basics

  • Completion mode: Exam (4 ECTS)

  • Mode: face-to-face

  • Lecture: 1 hr/week = 2 hr/2 weeks, Tomáš Pitner

  • Labs/Exercises: 2 hrs/week, Jiří Balej

  • Level: Master Studies

Learning Goals

  • The subject provides a comprehensive orientation in the field of implementing cybersecurity measures into IS and ICT.

Teachers

Lectures & Schedule

  • Tuesdays, 1 PM (once-in-2-weeks)

  • Alternating weeks:

    • lectures (odd week number)

    • exercises (even week number)

  • Summary, examples, and discussions during sessions

calendar

Lectures 2 hrs / every odd week (1, 3, 5 …​)

  1. Lecture, Tue Sep 22 2026: What We Protect and by What Rule: Legislation, ISMS, Asset Management

  2. Lecture, Tue Oct 06 2026: How Much We Risk: ISMS, Risk Management

  3. Lecture, Tue Oct 20 2026: Who Manages It: Security Roles, Suppliers, HR Security

  4. Lecture, Tue Nov 03 2026: How It Runs and How It Changes: Operations, Changes, Incidents, Continuity, Physical Security

  5. (no Lecture on Tue Nov 17 2026 due to state holiday)

  6. Lecture, Tue Dec 01 2026: How We Cover It Technically: Access, Network, Malware, Logging, Cryptography, Availability

  7. Lecture, Tue Dec 15 2026: How We Verify It Works: Audit, Testing and Forensics, GAP Analysis

Labs (Exercises) 2 hrs/week

  1. Implementation of Tools for Network Protection. Implementation of Tools for User Identity Verification.

  2. Implementation of Tools for Access Rights Management. Implementation of Tools for Protection Against Malicious Code.

  3. Implementation of Tools for Logging Information and Communication System Events. Implementation of Tools for Detecting Security Events.

  4. Implementation of Tools for Collecting and Evaluating Cybersecurity Events. Implementation of Application Security Tools.

  5. Implementation of Cryptographic Tools. Implementation of Tools for Ensuring Information Availability Levels.

  6. Implementation of Tools for Industrial and Control Systems. Implementation of Tools for Digital Services.

  7. Execution of Penetration Testing. Execution of Forensic Analyses.

Topics: Security Management

  • Information Security Management System (ISMS) What is required?

  • Asset management, risk management

  • Organizational and operational security

  • Access control and supplier management

security

Labs: Practical Topics

  • VLAN attacks: VTP, DTP, STP

  • Wi-Fi security, controller, RADIUS

  • OSPF authentication, uRPF

  • Firewalls, proxies, Netflow, DNS security

lab

Assessment and Grading

  • Written exam: max 60 points (min 36)

  • Seminar project: max 40 points (min 24)

  • Grading scale: A (90-100) to E (60-67)

exam

Resources

Literature

Free MENDELU e-books in Czech:

Standards & Regulative Fundament

The course content is focus both
generally

ISO standards, ruling principles of CS management and

locally

Czech cybersecurity regulative: law on CS, new law on CS, EU NIS2

Most is available in an EN translation!

Cybersecurity Legislation in Force

  • Act No. 264/2025 Coll. on Cybersecurity (Cybersecurity Act) — in force since 1 Nov 2025; transposes EU NIS2 Directive (EU) 2022/2555 into Czech law. The first module explains the act and what it replaced.

  • Implementing framework:

    • Decree No. 408/2025 Coll. — regulated services

    • Decree No. 409/2025 Coll. — security measures (higher obligations regime)

    • Decree No. 410/2025 Coll. — security measures (lower obligations regime)

    • Decree No. 334/2025 Coll. — NÚKIB Portal (registrations, notifications, incident reporting)

  • Cloud computing for public administration:

    • Decree No. 411/2025 Coll. — security levels of public administration information systems

    • Decree No. 412/2025 Coll. — security rules for public administration bodies using cloud services

    • Decree No. 505/2025 Coll. — requirements for entry in the cloud computing catalogue

Portal NÚKIB — authorised EN information NÚKIB – Legislation (EN)

Key EU Cybersecurity Legislation

Key EU Cybersecurity Legislation (cont.)