Master Mathematical Cryptography 2020: Crack Any Code

Master Mathematical Cryptography 2020: Crack Any Code, available at $54.99, has an average rating of 4.45, with 39 lectures, based on 771 reviews, and has 22388 subscribers.

You will learn about Crack any security system Understand and crack the modern AES cryptosystem Understand and crack the modern RSA cryptosystem Understand the new cryptosystem on Elliptic Curves Understand modern 21st century security Learn why old cryptosystems are vulnerable to attacks Create unique cryptosystems that are completely secure Learn number theoretic mathematics This course is ideal for individuals who are Anyone interested in computers and security or Anyone who wants to work at the National Security Agency or Anyone who understands a little about mathematics or Anyone who wants to understand why certain systems are secure It is particularly useful for Anyone interested in computers and security or Anyone who wants to work at the National Security Agency or Anyone who understands a little about mathematics or Anyone who wants to understand why certain systems are secure.

Enroll now: Master Mathematical Cryptography 2020: Crack Any Code

Summary

Title: Master Mathematical Cryptography 2020: Crack Any Code

Price: $54.99

Average Rating: 4.45

Number of Lectures: 39

Number of Published Lectures: 39

Number of Curriculum Items: 39

Number of Published Curriculum Objects: 39

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Crack any security system
Understand and crack the modern AES cryptosystem
Understand and crack the modern RSA cryptosystem
Understand the new cryptosystem on Elliptic Curves
Understand modern 21st century security
Learn why old cryptosystems are vulnerable to attacks
Create unique cryptosystems that are completely secure
Learn number theoretic mathematics

Who Should Attend

Anyone interested in computers and security
Anyone who wants to work at the National Security Agency
Anyone who understands a little about mathematics
Anyone who wants to understand why certain systems are secure

Target Audiences

Anyone interested in computers and security
Anyone who wants to work at the National Security Agency
Anyone who understands a little about mathematics
Anyone who wants to understand why certain systems are secure

In this course, you will learn all of the old and modern security systems that have been used and are currently being used. You also learn how to crack each one and understand why certain security systems are weak and why others are strong. We will even go into RSA, AES and ECC which are the three main modern cryptography systems used today.

Learn How to Crack the Code!

Advanced Encryption Standard
Public Key Cryptosystems (ie RSA)
Elliptic Curve Cryptography
Modern Cryptographic Security
Advanced Mathematical Techniques

Master the Art of Security!

Security is a very important tool, and the ability to use mathematics to hide information is vital to the world. See how our banks and even the National Security Agency (NSA) keeps their data secure. With the knowledge of this course, you can even apply for security jobs at places like the NSA! This is a course that is rarely taught in Universities, so take advantage and start today!

Most of today’s security is based upon RSA, and AES but the NSA is trying to push Elliptic Curve Cryptography since it is more secure than RSA. In this course, we learn all of these cryptosystems and their weaknesses. We give examples of every cipher that we cover. Only a small number of people currently understand these systems, and you can join them. The best part of this course is the fun in breaking the codes. We offer many examples of each cryptosystem and how to break each one.

Even as you are reading this, your https:// at the top says that the RSA Algorithm is successfully keeping your information from flooding the internet. You can find out how it all works and the mathematical structures that keep it secure in this course. So what are you waiting for?

Course Curriculum

Lecture 1: Introduction Video

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Terminology

Chapter 2: Number Theory Lectures That Might Help

Lecture 1: Introduction to Congruences

Lecture 2: Equivalence Classes

Lecture 3: Introduction to Linear Congruences

Lecture 4: Systems of Residues

Lecture 5: Linear Congruences

Lecture 6: Euclidean Algorithm

Lecture 7: Extended Euclidean Algorithm

Lecture 8: Linear Congruences Example

Lecture 9: Euler's Generalization of Fermat's Little Theorem

Lecture 10: Successive Squaring

Lecture 11: The Euler-Phi Function Part 1

Lecture 12: The Euler-Phi Function Part 2

Chapter 3: Old Cryptography

Lecture 1: Caeser Cipher (Shift Cipher)

Lecture 2: Examples of the Ceaser Cipher and How to Crack

Lecture 3: Shift Cipher Reading and Exercises

Lecture 4: Affine Cipher

Lecture 5: Examples of the Affine Cipher and How to Crack

Lecture 6: Affine Cipher Reading and Exercises

Lecture 7: Vigenere Cipher

Lecture 8: Examples of the Vigenere Cipher and How to Crack

Lecture 9: Vigenere Cipher Reading and Exercises

Lecture 10: Playfair Cipher

Lecture 11: Examples of Playfair Cipher and How to Crack

Lecture 12: Playfair Cipher Reading and Exercises

Lecture 13: Rail Fence Reading and Exercises

Lecture 14: Hill Cipher Reading and Exercises

Lecture 15: Trifid Cipher Reading and Exercises

Chapter 4: Modern Cryptography

Lecture 1: The AES Cryptosystem

Lecture 2: AES RoundKey Addition

Lecture 3: How to Encrypt/Decrypt AES and Where to Find AES on Your Computer

Lecture 4: The RSA Cryptosystem and How to Crack

Lecture 5: Where to Find RSA Cryptosystems on Your Computer

Lecture 6: RSA Cryptosystem Reading and Exercises

Lecture 7: El Gamal Reading and Exercises

Lecture 8: Introduction to Elliptic Curve Cryptography (Extremely Modern)

Chapter 5: Conclusion

Lecture 1: Conclusion

Instructors

Kody Amour
I Teach Thousands of Students In 8 Courses

Rating Distribution

1 stars: 25 votes
2 stars: 46 votes
3 stars: 151 votes
4 stars: 226 votes
5 stars: 323 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

Menu