CYBER WARS

Leila Hassan: Welcome back to the LSIB Insights podcast. I am Leila Hassan, and today we are diving into a topic that feels less like a textbook chapter and more like a headline from tomorrow’s news. We are exploring Unit: Cyber Wars, part of the Level 4 Diploma in Cyber Security. Joining me is Blake Mercer, a seasoned cybersecurity strategist. Blake, thanks for being here.

Blake Mercer: Thanks for having me, Leila. It is a pleasure to be here.

Leila Hassan: Let’s start with the big picture. Why does this specific unit matter so much right now? We hear about cyber attacks daily, but why do we need to study them as wars?

Blake Mercer: That is the perfect place to start. For decades, we viewed cyber security as a technical problem. It was about firewalls, passwords, and patching software. But the landscape has shifted. Today, cyber operations are a primary tool of statecraft and corporate espionage. When we study Cyber Wars, we are not just learning how to fix a broken server. We are learning how nations and organizations fight for dominance in the digital realm. It matters because the stakes are no longer just data privacy. They are national security, economic stability, and even physical safety.

Leila Hassan: That is a heavy shift. From IT support to national defense. So, what are the core pillars of this unit? What should our learners focus on first?

Blake Mercer: There are three core ideas that form the backbone of this unit. The first is the concept of Asymmetric Warfare. In traditional war, you need tanks and soldiers. In cyber war, a small group of hackers can cripple the infrastructure of a superpower. This unit teaches you to understand how smaller actors leverage technology to punch above their weight. It changes how we assess threat levels.

Leila Hassan: So, size doesn’t matter as much as capability. That is fascinating. What is the second core idea?

Blake Mercer: The second pillar is Attribution and Plausible Deniability. In a physical attack, you can see who fired the missile. In cyber space, attackers use proxies, compromised servers in third countries, and fake identities. It is incredibly difficult to prove who is behind an attack. This unit explores the forensic techniques used to trace these digital footprints, but also the political reality that many attackers operate in the shadows. Understanding this ambiguity is crucial for any security professional.

Leila Hassan: That sounds like a detective story with no clear villain. And the third idea?

Blake Mercer: The third idea is Critical Infrastructure Protection. This is where the digital meets the physical. We are talking about power grids, water treatment plants, and hospital systems. A cyber war is not just about stealing credit card numbers. It is about turning off the lights in a city or stopping the flow of clean water. This unit focuses on the resilience of these essential services. It teaches you how to design systems that can withstand and recover from catastrophic attacks.

Leila Hassan: I want to paint a picture for our listeners. Can you give us a memorable scenario that illustrates these concepts in action?

Blake Mercer: Absolutely. Imagine a mid-sized European country. Let’s call it Nation A. One Tuesday morning, the national power grid goes dark. Millions are left without electricity. Hospitals switch to backup generators. Traffic lights fail. Panic sets in. Initially, it looks like a massive technical failure. But within hours, intelligence agencies detect a sophisticated malware strain targeting the grid’s control systems. The code is obfuscated, bouncing through servers in three different continents.

Leila Hassan: And who is behind it?

Blake Mercer: That is the twist. The digital fingerprints point to a state-sponsored group from Nation B, a geopolitical rival. However, Nation B denies any involvement, claiming the code was stolen by a criminal syndicate. This is plausible deniability in action. Nation A must now decide how to respond. Do they retaliate with cyber attacks? Do they impose sanctions? Or do they focus solely on restoring the grid? This scenario encapsulates asymmetric warfare, attribution challenges, and critical infrastructure vulnerability. It is not just a tech issue. It is a diplomatic and strategic crisis.

Leila Hassan: That is chilling. It really highlights that cyber security is not just about code. It is about strategy. So, for our students studying this unit, what is the practical takeaway? How does this help them in their careers?

Blake Mercer: The practical takeaway is a shift in mindset. You are not just a technician. You are a strategic advisor. When you graduate with this understanding, you can speak the language of executives and policymakers. You can explain risk in terms of business continuity and national interest, not just technical vulnerabilities. Employers are desperate for professionals who understand the broader context of cyber threats. They need people who can anticipate not just how an attack happens, but why it happens and what it means for the organization’s survival.

Leila Hassan: So, it is about becoming a bridge between the technical team and the boardroom.

Blake Mercer: Exactly. You become the translator. You help leaders make informed decisions in a high-pressure environment. That is a rare and valuable skill set.

Leila Hassan: Blake, this has been incredibly insightful. You have shown us that Cyber Wars is about strategy, resilience, and understanding the human element behind the code. Thank you for sharing your expertise.

Blake Mercer: Thank you, Leila. It was a great conversation.

Leila Hassan: And thank you to our listeners. Keep learning, stay curious, and we will see you in the next episode.