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10 Machine Learning Blueprints You Should Know for Cybersecurity

10 Machine Learning Blueprints You Should Know for Cybersecurity

By : Rajvardhan Oak
4.7 (3)
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10 Machine Learning Blueprints You Should Know for Cybersecurity

10 Machine Learning Blueprints You Should Know for Cybersecurity

4.7 (3)
By: Rajvardhan Oak

Overview of this book

Machine learning in security is harder than other domains because of the changing nature and abilities of adversaries, high stakes, and a lack of ground-truth data. This book will prepare machine learning practitioners to effectively handle tasks in the challenging yet exciting cybersecurity space. The book begins by helping you understand how advanced ML algorithms work and shows you practical examples of how they can be applied to security-specific problems with Python – by using open source datasets or instructing you to create your own. In one exercise, you’ll also use GPT 3.5, the secret sauce behind ChatGPT, to generate an artificial dataset of fabricated news. Later, you’ll find out how to apply the expert knowledge and human-in-the-loop decision-making that is necessary in the cybersecurity space. This book is designed to address the lack of proper resources available for individuals interested in transitioning into a data scientist role in cybersecurity. It concludes with case studies, interview questions, and blueprints for four projects that you can use to enhance your portfolio. By the end of this book, you’ll be able to apply machine learning algorithms to detect malware, fake news, deep fakes, and more, along with implementing privacy-preserving machine learning techniques such as differentially private ML.
Table of Contents (15 chapters)
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An overview of machine learning

In this section, we will present a brief overview of ML principles and techniques. The traditional computing paradigm defines an algorithm as having three elements: the input, an output, and a process that specifies how to derive the output from the input. For example, in a credit card detection system, a module to flag suspicious transactions may have transaction metadata (location, amount, type) as input and the flag (suspicious or not) as output. The process will define the rule to set the flag based on the input, as shown in Figure 1.2:

Figure 1.2 – Traditional input-process-output model for fraud detection

Figure 1.2 – Traditional input-process-output model for fraud detection

ML is a drastic change to the input-process-output philosophy. The traditional approach defined computing as deriving the output by applying the process to the input. In ML, we are given the input and output, and the task is to derive the process that connects the two.

Continuing our analogy of the credit...

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