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Machine Learning Security Principles

You're reading from   Machine Learning Security Principles Keep data, networks, users, and applications safe from prying eyes

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Product type Paperback
Published in Dec 2022
Publisher Packt
ISBN-13 9781804618851
Length 450 pages
Edition 1st Edition
Languages
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Author (1):
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John Paul Mueller John Paul Mueller
Author Profile Icon John Paul Mueller
John Paul Mueller
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Table of Contents (19) Chapters Close

Preface 1. Part 1 – Securing a Machine Learning System
2. Chapter 1: Defining Machine Learning Security FREE CHAPTER 3. Chapter 2: Mitigating Risk at Training by Validating and Maintaining Datasets 4. Chapter 3: Mitigating Inference Risk by Avoiding Adversarial Machine Learning Attacks 5. Part 2 – Creating a Secure System Using ML
6. Chapter 4: Considering the Threat Environment 7. Chapter 5: Keeping Your Network Clean 8. Chapter 6: Detecting and Analyzing Anomalies 9. Chapter 7: Dealing with Malware 10. Chapter 8: Locating Potential Fraud 11. Chapter 9: Defending against Hackers 12. Part 3 – Protecting against ML-Driven Attacks
13. Chapter 10: Considering the Ramifications of Deepfakes 14. Chapter 11: Leveraging Machine Learning for Hacking 15. Part 4 – Performing ML Tasks in an Ethical Manner
16. Chapter 12: Embracing and Incorporating Ethical Behavior 17. Index 18. Other Books You May Enjoy

Adding ML to the mix

Once you get past the traditional defenses, you can use ML to implement Network Traffic Analytics (NTA) as part of an IDS, as shown in Figure 5.2. Most ML strategies are based on some sort of anomaly detection. For example, it’s popular to use convolutional auto-encoders for network intrusion detection. A few early products still in the research stage, such as nPrintML, discussed in New Directions in Automated Traffic Analysis at https://pschmitt.net/, have also made an appearance. Here are just a few of the ways in which you can use ML to augment traditional security layers:

  • Perform regression analysis to determine whether certain packets are somehow flawed compared to normal packets from a given source. In other words, you’re not dealing with absolutes but, rather, determining what is normal from a particular sender. Anything outside the normal pattern is suspect.
  • Rely on classification to detect whether incoming data matches particular...
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