Analogue Network Security
Time, Broken Stuff, Engineering, Systems, My Audio Career, and Other Musings on Six Decades of Thinking About it All
This groundbreaking work challenges conventional cybersecurity thinking by fusing analog and digital security concepts. It provides a fresh perspective on how to address security challenges in an ever-evolving digital landscape, earning its place as a notable and influential text in the field of cybersecurity.
The central premise of Analogue Network Security revolves around the idea that security in the digital realm could benefit from principles and techniques borrowed from the analog world. In essence, Schwartau proposes a hybrid approach to security that combines the best of both worlds.
One of the key features of the book is its introduction of a mathematical, time-based, and probabilistic approach to security. This approach aimed to provide a more comprehensive and adaptable framework for securing digital systems. By integrating analog thinking and methods, Winn Schwartau sought to create a more robust and versatile security strategy.
“What if security can be quantified? What if security can be measured? What if security vendors can be measurably compared? We can stop most phishing, spam, data exfiltration, DoS/DDoS, fake news and more. Can security be mathematically justified? What if we’ve just been looking at security in the wrong way? …
Analogue Network Security is a completely new, provable suite of techniques to design cyber, human and physical systems with more security than you ever thought possible.
Security requires a single, interdisciplinary metric for the cyber, physical, and human domains. Digital is not binary. Infinity is our enemy.“
— Winn Schwartau, Analogue Network Security
To Design Securely, You Have to be able to Measure Your Security:
How to Measure the Security of your Network Protection Devices?
To design security environments and to defend our networks, we must be able to measure their performance; we should be able to measure the efficacy, risk and trust of the various defensive appliances we use. I’m going to show you the exact techniques to measure the security of portions of your internal networks, such as anti-virus, malware, phishing, access control devices and anomalous event detection. Then we will apply the same techniques to compare the security of classes of protective security products even though vendors don’t supply such specifications. You will see how to measure security and compare the effectiveness of protective devices as a function of time. We will call BB any vendor’s Black Box that performs any abstract security service. The internal process mechanism is immaterial to system measurement; signature-based A/V, rule-based binary decision making, heuristics, deep learning or any possible hybrid It’s still a Black Box. With Time Based Security as the premise, we first show how to measure D(t), detection efficacy as a function of time. Then we will show how the injection of ‘hostile’ test code can create a time-based metric for product comparison. By varying the sensitivity of detection criteria, especially with ‘smart’ systems, we can see how which kinds of hostile code will trigger the BB’s detection mechanism. (This is a non-vendor presentation!) The time difference between those two numbers is your current, accurately measured Detection Time, or T(1) – T(0) = D(t) The second step in measuring security in the time domain is to continue to Reaction. The Detection Trigger stops the primary clock and begins the reaction measurement process, up to and including remediation, all in the time-domain. R(t). The measurement of D(t) + R(t) gives us the maximum exposure to the system (process, etc.) equaling E(t), Exposure Time. How do your products and services really perform? Measuring security in the time domain for cyber is a critical tool for understanding and improving security postures. Attendees will receive the math, the tools, charts and schematics on how to measure their own security. COMMENTS: Handouts: Charts, Diagrams of Measurement Techniques. Objective #1 Learn why vendor/product’s Detection Time and Reaction Times are critical to security. Understand their effect on an organization’s risk and exposure. Learn how to measure the security of your defensive security products in the time domain. Schematics and formulas will be made available to all!
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