In this unit, module participants will delve into the intricate technical dimensions of Stuxnet, an unprecedented cyber weapon, in order to be able to clearly explain technical cyber issues to a non-technical audience of decisionmakers. Exploring its architecture, students will dissect Stuxnet’s code, uncovering advanced techniques like code injection and zero-day exploits.
Through videos and real-life technical analyses of a major cyber incident, learners will grasp the malware’s propagation methods and its tailored attack on industrial systems, particularly Iran’s nuclear facilities. Discussions should revolve around Stuxnet’s implications for global cybersecurity, emphasizing the significance of understanding such sophisticated threats. By immersing themselves in Stuxnet’s technical intricacies, students will gain insights into the evolving landscape of cyber warfare and the importance of robust defense strategies, while also gaining and practicing key discussion skills.
Learning outcomes
By the end of Week 1, learners will have:-
- Examined the technical aspects of a major cyber security incident with international consequences. Stuxnet is the example being analysed.
- Learned about the technical elements of Stuxnet.
- Learned about and understood how stuxnet was deployed and the implications of this for national infrastructure.
- Practised describing and explaining these technical elements to a non-technical audience of decision-makers.
In your teams, examine how Stuxnet operates and its technical impact
In your groups, prepare a 10minute presentation addressing the unit’s three questions:
- What was the primary attack vector for Stuxnet deployment? What is the significance of this?
- Which vulnerabilities did Stuxnet exploit?
- How can a country like Scotland guard against this particular kind of deployment?
10-minute oral presentation and feedback from module leader
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