Implementing Cryptography Using Python - Softcover

Über die Autorin bzw. den Autor

SHANNON W. BRAY CASP, Security +, CISM is the Virtual CISO at Secured Systems providing clients guidance on establishing and maintaining information security plans, policies, procedures, standards, and guidelines using accepted frameworks. He has worked in this roles and others in corporations and federal agencies. Shannon has an MS in Cybersecurity from the University of Delaware. Prior to transitioning to cybersecurity, he was a well known IT expert with several successful books about Microsoft SharePoint.

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An accessible introduction to deploying standard cryptographic functions using Python

Cryptography is one of the most vital tools used by IT security professionals, safeguarding sensitive information with mathematical algorithms to encrypt and decrypt data. The Python programming language a free, open source language that is object oriented, functional, and procedural is a popular choice when working with cryptography. Python is easier to learn than languages such as Java, C, or C++, its built-in libraries less complicated than OpenSSL, and is available for Windows, Linux/Unix, Mac and Chromebook operating systems, amongst others. As the use of Python continues to expand rapidly, developers need to understand its cryptographic functions to deploy sites, applications, and services securely.

Implementing Cryptography Using Python is an easy-to-understand introduction to cryptography using the available libraries in Python. Emphasizing real-world usability, this practical guide explains the basics of cryptography and the Python language, teaches you how to set up a Python environment on various machines, write your first cipher, and script, analyze, and deploy a range of cryptographic solutions in Python. Clear, user-friendly chapters explore the history of cryptography while providing step-by-step instructions for creating secure communications using public key cryptography, authenticating messages, verifying digital signatures, and much more.

Implementing Cryptography Using Python is a must-have guide for any programmer, web developer, IT professional, or security analyst looking to gain a better understanding of how cryptography works and apply proven cryptographic tools in their applications and systems.

Aus dem Klappentext

An accessible introduction to deploying standard cryptographic functions using Python

Cryptography is one of the most vital tools used by IT security professionals, safeguarding sensitive information with mathematical algorithms to encrypt and decrypt data. The Python programming language—a free, open source language that is object oriented, functional, and procedural—is a popular choice when working with cryptography. Python is easier to learn than languages such as Java, C, or C++, its built-in libraries less complicated than OpenSSL, and is available for Windows, Linux/Unix, Mac and Chromebook operating systems, amongst others. As the use of Python continues to expand rapidly, developers need to understand its cryptographic functions to deploy sites, applications, and services securely.

Implementing Cryptography Using Python is an easy-to-understand introduction to cryptography using the available libraries in Python. Emphasizing real-world usability, this practical guide explains the basics of cryptography and the Python language, teaches you how to set up a Python environment on various machines, write your first cipher, and script, analyze, and deploy a range of cryptographic solutions in Python. Clear, user-friendly chapters explore the history of cryptography while providing step-by-step instructions for creating secure communications using public key cryptography, authenticating messages, verifying digital signatures, and much more.

Implementing Cryptography Using Python is a must-have guide for any programmer, web developer, IT professional, or security analyst looking to gain a better understanding of how cryptography works and apply proven cryptographic tools in their applications and systems.