Book Image

Building Virtual Pentesting Labs for Advanced Penetration Testing - Second Edition

By : Kevin Cardwell
Book Image

Building Virtual Pentesting Labs for Advanced Penetration Testing - Second Edition

By: Kevin Cardwell

Overview of this book

Security flaws and new hacking techniques emerge overnight – security professionals need to make sure they always have a way to keep . With this practical guide, learn how to build your own virtual pentesting lab environments to practice and develop your security skills. Create challenging environments to test your abilities, and overcome them with proven processes and methodologies used by global penetration testing teams. Get to grips with the techniques needed to build complete virtual machines perfect for pentest training. Construct and attack layered architectures, and plan specific attacks based on the platforms you’re going up against. Find new vulnerabilities for different kinds of systems and networks, and what these mean for your clients. Driven by a proven penetration testing methodology that has trained thousands of testers, Building Virtual Labs for Advanced Penetration Testing, Second Edition will prepare you for participation in professional security teams.
Table of Contents (20 chapters)
Building Virtual Pentesting Labs for Advanced Penetration Testing - Second Edition
Credits
About the Author
Acknowledgments
About the Reviewer
www.PacktPub.com
Preface

Summary


In this chapter, we discussed the requirement to build an IDS/IPS capability in our range architecture. We discussed how to deploy a network-based IDS and the configuration of a sensor placed on each network segment. We deployed the Snort IDS and detected a number of attacks once we deployed it. Additionally, we installed and deployed the Security Onion Network Security Monitor.

We closed the chapter with a discussion on the topic of evasion. We explained that this is rarely asked for in a professional testing scope, but there is a chance that it could be. As discussed in the chapter, there are no guarantees when it comes to this, because we will only be as successful as the administrator who has configured the devices allows us to be. Having said that, one of the highest rates of success is found when we use ports that are known for containing encrypted data. Furthermore, we verified this by scanning the Network Security Toolkit virtual machine on port 9943 without being detected...