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Certified Ethical Hacker (CEH) v12 312-50 Exam Guide

Certified Ethical Hacker (CEH) v12 312-50 Exam Guide

By : Dale Meredith
4.3 (3)
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Certified Ethical Hacker (CEH) v12 312-50 Exam Guide

Certified Ethical Hacker (CEH) v12 312-50 Exam Guide

4.3 (3)
By: Dale Meredith

Overview of this book

With cyber threats continually evolving, understanding the trends and using the tools deployed by attackers to determine vulnerabilities in your system can help secure your applications, networks, and devices. To outmatch attacks, developing an attacker's mindset is a necessary skill, which you can hone with the help of this cybersecurity book. This study guide takes a step-by-step approach to helping you cover all the exam objectives using plenty of examples and hands-on activities. You'll start by gaining insights into the different elements of InfoSec and a thorough understanding of ethical hacking terms and concepts. You'll then learn about various vectors, including network-based vectors, software-based vectors, mobile devices, wireless networks, and IoT devices. The book also explores attacks on emerging technologies such as the cloud, IoT, web apps, and servers and examines prominent tools and techniques used by hackers. Finally, you'll be ready to take mock tests, which will help you test your understanding of all the topics covered in the book. By the end of this book, you'll have obtained the information necessary to take the 312-50 exam and become a CEH v11 certified ethical hacker.
Table of Contents (23 chapters)
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1
Section 1: Where Every Hacker Starts
10
Section 2: A Plethora of Attack Vectors
15
Section 3: Cloud, Apps, and IoT Attacks
20
Chapter 17: CEH Exam Practice Questions

Standards and protocols

Let's talk about some of the most common standards we see out there. In this section, we'll talk about more algorithms, hashes, ciphers, and other cryptographic mechanisms that will assist you in securing the data and communication you help protect.

DSA

This is a federal information processing standard for creating digital signatures. How this signature standard works is that it creates a 320-bit digital signature, but the signature is also accompanied by anything from 512- to 1024-bit security. It also utilizes our private and public key technology or process.

RSA

Hey, you know what? RSA are the initials of the creators. The R is from the same Ron Rivest from RC4, as well as from two other gentlemen. The S is after Shamir, and the A is after Alderman. All three of these gentlemen worked at the Massachusetts Institute of Technology (MIT). Rivest and Shamir worked as computer scientists and Alderman was a mathematician.

Now, RSA also...

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