The second edition of this work covers new technologies, and adds an additional 400 pages of guidance and extra content over the first edition.ġ.4 A Note About Software Versions, and The Three Rules of IT Disciplines 21ġ.5.1 Windows Software Recommendations 24ġ.5.4 Operating System Installation Images 26ġ.5.5 Register accounts on these websites 26ġ.6 Linux users, MacOS users and the which command 27ġ.7.1 How to Acquire Kernel Headers for Ubuntu/Debian-based Distributions 29ġ.7.2 How to Acquire Kernel Headers for Redhat Enterprise/CentOS-based Distributions 30ġ.8.3 zip/unzip and gzip/gunzip on Linux (and MacOS) 34Ĭhapter 2: Recommended Skills and Knowledge 37Ģ.2 Navigating Operating Systems, and their Installation Procedures 38Ĭhapter 3: Virtual Machines and Hypervisors 40Ĭhapter 4 – Introduction to Virtual Networks: Hosted vs.
This allows students to become more familiar with virtualization technologies, gain mastery over their chosen hypervisor, and design a safe and secure virtual lab environment for further endeavors. Within this text, readers will choose one of five hypervisors for building their baseline lab environment, and will be guided through performing all of the necessary setup tasks. The premise of this book is to provide students a hands-on, go-to resource for building a secure, customizable lab environment. There is a plethora of knowledge on how to build home labs, but it can be difficult to find. The only downside is that virtualization can be extremely daunting to learn, and even harder to set up with strong security controls. Most Information Technology professionals agree that virtualization is vital, as it provides a safe and malleable work environment with which to learn and experiment.
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