To work through the examples in this chapter, you will need a working pfSense system with at least one optional interface. To actually implement a working VLAN, you will need a managed switch as well. The TP-Link TL-SG108E, which is used for the first example in this chapter, is an example of a relatively low-cost SOHO managed switch. Cisco managed switches are often found in corporate environments and are generally more expensive, although they can often be purchased used at a reasonable price.
Mastering pfSense
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Mastering pfSense
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Overview of this book
pfSense has the same reliability and stability as even the most popular commercial firewall offerings on the market – but, like the very best open-source software, it doesn’t limit you.
You’re in control – you can exploit and customize pfSense around your security needs.
Mastering pfSense - Second Edition, covers features that have long been part of pfSense such as captive portal, VLANs, traffic shaping, VPNs, load balancing, Common Address Redundancy Protocol (CARP), multi-WAN, and routing. It also covers features that have been added with the release of 2.4, such as support for ZFS partitions and OpenVPN 2.4. This book takes into account the fact that, in order to support increased cryptographic loads, pfSense version 2.5 will require a CPU that supports AES-NI.
The second edition of this book places more of an emphasis on the practical side of utilizing pfSense than the previous edition, and, as a result, more examples are provided which show in step-by-step fashion how to implement many features.
Table of Contents (15 chapters)
Preface
Free Chapter
Revisiting pfSense Basics
Advanced pfSense Configuration
VLANs
Using pfSense as a Firewall
Network Address Translation
Traffic Shaping
Virtual Private Networks
Redundancy and High Availability
Multiple WANs
Routing and Bridging
Extending pfSense with Packages
Diagnostics and Troubleshooting
Assessments
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