Coding for Penetration Testers

Jason Andress (CISSP, ISSAP, CISM, GPEN) is a seasoned security professional with a depth of experience in both the academic and business worlds. Presently he carries out information security oversight duties, performing penetration testing, risk assessment, and compliance functions to ensure that critical assets are protected. Jason has taught undergraduate and graduate security courses since 2005 and holds a doctorate in computer science, researching in the area of data protection. He has authored several publications and books, writing on topics including data security, network security, penetration testing, and digital forensics. Ryan Linn (OSCE, GPEN, GWAPT) is a penetration tester, an author, a developer, and an educator. He comes from a systems administation and Web application development background, with many years of IT security experience. Ryan currently works as a full-time penetration tester and is a regular contributor to open source projects including Metasploit, The Browser Exploitation Framework, and the Dradis Framework. He has spoken at numerous security conferences and events, including ISSA, DEF CON, SecTor, and CarolinaCon.

"This book is definitely not for rookie coders, but rather a good starting point for people with a medium level of programming experience. It is also not suited well as a reference to quickly look things up in. But if what you’re looking for is a very practical guide with tons of pointers to further (and recommended) reading material and exercises Coding for Penetration Testers delivers what it promises."--Computers and Security"Penetration testing is a profession that requires the mastery of dozens of tools; every job poses challenges that require these tools to be mixed, matched, and automated. The master penetration tester not only excels at using his or her toolbox, but also expands it with custom scripts and unique programs to solve the challenge of the day. This book provides a solid introduction to custom scripting and tool development, using multiple languages, with a penetration tester's goals in mind. This background can transform penetration testing from a manual, often repetitive task, to an efficient process that is not just faster, but also more accurate and consistent across large engagements."--HD Moore, Metasploit Founder and CSO of Rapid7"Penetration testing requires that the tester understand the target as much as possible, and know how to perform various attacks while being as efficient as possible. Having the skill set to create and use a variety of scripts increases the penetration tester's efficiency and elevates him or her from the script kiddie to the professional realm. Ryan Linn and Jason Andress have created a guide that explores and introduces the techniques that are necessary to build the scripts used during a test. No matter the platform, this book provides the information required to learn scripting and become a world-class penetration tester. This is definitely a book that will remain close at hand for every test I perform!"--Kevin Johnson, Senior Consultant, Secure Ideas"At 175 pages, the book does not kill many trees, but does give the reader an overview of all of the key principles around information security…For those looking to get their feet wet in the deep waters of information security, The Basics of Information Security: Understanding the Fundamentals of InfoSec in Theory and Practice is a great place to start."--RSAConference.com"Overall this is an excellent book, which offers some clear and effective tutorials on the different languages and on efficient and effective penetration testing. It’s highly recommended for any testers who want to broaden their skills and move to the next level."--BCS.org

• Foreword by Ed SkoudisChapter 0: Introduction Chapter 1: Introduction to Command Shell Scripting Chapter 2: Introduction to PythonChapter 3: Introduction to PerlChapter 4: Introduction to RubyChapter 5: Introduction to Web Scripting with PHPChapter 6: Manipulating Windows with PowerShellChapter 7: Scanner ScriptingChapter 8: Information GatheringChapter 9: Exploitation ScriptingChapter 10: Post-Exploitation ScriptingAppendix: Subnetting and CIDR Addresses