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Network Security - Introduction to Network Security

15,759 people completed this program


This is the 4th course in the intermediate, undergraduate-level offering that makes up the larger Cybersecurity Fundamentals MicroBachelors Program. We recommend taking them in order, unless you have a background in these areas already and feel comfortable skipping ahead.

  1. Information Security - Introduction to Information Security
  2. Information Security - Authentication and Access Control
  3. Information Security - Advanced Topics
  4. Network Security - Introduction to Network Security
  5. Network Security - Protocols
  6. Network Security - Advanced Topics
  7. Penetration Testing - Discovering Vulnerabilities
  8. Penetration Testing - Exploitation
  9. Penetration Testing - Post Exploitation

These topics build upon the learnings that are taught in the introductory-level Computer Science Fundamentals MicroBachelors program, offered by the same instructor.

This is a self-paced course that provides an introduction to network security topics. The curriculum focusses on how malicious users attack networks. The material is essential in later classes that will develop ethical hacking skills. Students are introduced to some key concepts in network security. Next, we provide an overview of network reconnaissance strategies.

We move on to the next stage of the network attack methodology, which is exploitation.

Next, we cover standard attack techniques, attacks such as Denial of Service, DNS attacks, and client-side attacks, and the tools used to carry out these exploitations. We conclude by focusing on the steps attackers take after they initially compromise a system.

Industry Certification Preparation

This program covers much of the material that is assessed on the CompTIA’s Security+ certification exam. Upon program completion, verified track learners will receive a 36% discount code for the CompTIA Security+ exam.

  1. Describe how "social engineering" can be used to compromise security
  2. Define the CIA triad
  3. Identify and plan to manage risks in common situations
  4. Define a threat tree and threat matrix and explain how they are used
  5. Define an attack tree, explain how boolean and continuous node values are used in attack trees, and demonstrate how an attack tree can be used to determine vulnerabilities
  6. Explain why it is important for network engineers to understand cyber attack strategies.
  7. List and summarize the stages of network attack methodology
  8. Identify the information an attacker might collect during network reconnaissance
  9. Describe at least two "low tech" ways of performing reconnaissance on a target
  10. Perform a WHOIS query and extract the IP address of a DNS server
  11. List at least three publicly available tools used for gathering information on targets
  12. Define port scanning and describe the process used to determine whether a port is open
  13. Define a proxy server
  14. Define IP spoofing, ingress filtering, and session hijacking
  15. Define a Denial of Service attack and explain the difference between a DoS and DDoS attack
  16. State the relationship between DoS attacks and geopolitical events
  17. List at least two vulnerability attacks used in DoS attacks
  18. Define SYN flooding and explain how it can be protected against
  19. Describe what happens during a standard DDoS attack
  20. Explain how DNS poisoning can be used in phishing attacks
  21. Describe how URLs can be obfuscated to make a phishing attack more likely to succeed
  22. List at least two tools used to assess vulnerabilities in networks
  23. Summarize the typical goals of post-exploitation activity
  24. Describe the strategies attackers use to maintain access to a compromised system
  25. Define trojans, viruses, worms, and blended threats
  26. List the typical objectives of trojan creators
  27. Define rootkits
  28. Give examples of common uses of Netcat
  29. Define wrappers
  30. Summarize common data exfiltration methods
  31. Summarize how attackers can remove evidence of system compromise in Windows and Unix systems


Week 1 - Introduction to Network Security

Week 2 - How Networks are Attacked - Part I

Week 3 - How Networks are Attacked - Part II

Week 4 - How Networks are Attacked - Part III

Week 5 - Final Exam

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Network Security - Introduction to Network Security
5 weeks
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