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Hands-On Cryptography with Python

By : Samuel Bowne

3.8 (4)

Buy this Book

Hands-On Cryptography with Python

3.8 (4)

By: Samuel Bowne

Buy this Book

Overview of this book

Cryptography is essential for protecting sensitive information, but it is often performed inadequately or incorrectly. Hands-On Cryptography with Python starts by showing you how to encrypt and evaluate your data. The book will then walk you through various data encryption methods,such as obfuscation, hashing, and strong encryption, and will show how you can attack cryptographic systems. You will learn how to create hashes, crack them, and will understand why they are so different from each other. In the concluding chapters, you will use three NIST-recommended systems: the Advanced Encryption Standard (AES), the Secure Hash Algorithm (SHA), and the Rivest-Shamir-Adleman (RSA). By the end of this book, you will be able to deal with common errors in encryption.

Preface

Who this book is for

What this book covers

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Free Chapter

Obfuscation

About cryptography

Installing and setting up Python

Caesar cipher and ROT13

base64 encoding

XOR

Challenge 1 – the Caesar cipher

Challenge 2 – base64

Challenge 3 – XOR

Summary

Hashing

MD5 and SHA hashes

Windows password hashes

Linux password hashes

Challenge 1 – cracking Windows hashes

Challenge 2 – cracking many-round hashes

Challenge 3 – cracking Linux hashes

Summary

Strong Encryption

Strong encryption with AES

ECB and CBC modes

Padding oracle attack

Strong encryption with RSA

Challenge – cracking RSA with similar factors

What's next?

Summary

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Strong Encryption

Strong encryption conceals data even against determined adversaries, such as enemy military agencies, if done correctly. The two main methods of strong encryption are AES and RSA, which are both approved by the US government. You do not need to have programming experience to learn this, and you don't need any special computer; any computer that can run Python can do these projects. Also, you don't need much math because we are not going to be inventing new encryption techniques just to learn how to use the standard pre-existing ones that don't require anything more than very basic algebra.

In this chapter, we will cover pre-existing: