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Learn Wireshark

Learn Wireshark

By : Lisa Bock
4.9 (8)
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Learn Wireshark

Learn Wireshark

4.9 (8)
By: Lisa Bock

Overview of this book

Wireshark is a popular and powerful packet analysis tool that helps network administrators investigate latency issues and potential attacks. Over the years, there have been many enhancements to Wireshark’s functionality. This book will guide you through essential features so you can capture, display, and filter data with ease. In addition to this, you’ll gain valuable tips on lesser-known configuration options, which will allow you to complete your analysis in an environment customized to suit your needs. This updated second edition of Learn Wireshark starts by outlining the benefits of traffic analysis. You’ll discover the process of installing Wireshark and become more familiar with the interface. Next, you’ll focus on the Internet Suite and then explore deep packet analysis of common protocols such as DNS, DHCP, HTTP, and ARP. The book also guides you through working with the expert system to detect network latency issues, create I/O and stream graphs, subset traffic, and save and export captures. Finally, you’ll understand how to share captures using CloudShark, a browser-based solution for analyzing packet captures. By the end of this Wireshark book, you’ll have the skills and hands-on experience you need to conduct deep packet analysis of common protocols and network troubleshooting as well as identify security issues.
Table of Contents (28 chapters)
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1
Part 1 Traffic Capture Overview
6
Part 2 Getting Started with Wireshark
11
Part 3 The Internet Suite TCP/IP
16
Part 4 Deep Packet Analysis of Common Protocols
21
Part 5 Working with Packet Captures

Summary

In this chapter, we started by covering a brief history of IP. We learned how both versions of IP can do the job of routing and addressing; however, there are several differences between the IPv4 and IPv6 headers. We examined and explained each of the field values of both IPv4 and IPv6. Additionally, to give you a better understanding of the two protocols, we compared some of the similarities along with the differences between IPv4 and IPv6.

To help strengthen your knowledge of addressing, we briefly covered the classes of IPv4 addresses, along with reviewing the different types of IPv6 addresses. We then looked at how you can personalize the settings for IPv4 and IPv6 by modifying the protocol preferences. Finally, because of the need for both IP versions to coexist on today's networks, we compared the different types of tunneling protocols in use today.

In the next chapter, we will learn about ICMP, the companion protocol to IP, which works in the network layer...

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