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Sniffing - Tracing - Protocol Analysis (WSSTPA)

Hakkında

This hands-on course provides in-depth training on Wireshark® and TCP/IP communications analysis. This course covers the use of Wireshark to identify the most common causes of performance problems in TCP/IP communications. Topics include traffic capturing techniques and analyzer placement, traffic filtering (capture/display), customized profiles, coloring rules, graphing, field interpretations and functionality of key TCP/IP communications. A strong emphasis is placed on understanding the normal behavior of ARP, DNS, IP, TCP, UDP, ICMP as well as HTTP/HTTPS. Students learn to identify latency issues, connection establishment concerns, service refusals and common indications of reconnaissance processes and breached hosts.

Önkoşullar
No prerequisites but knowledge of TCP/IP networking fundamentals, network devices and basic network protocols are essential for this training.

Kurs Süresi

  • Instructor-led training: 5 days with hands-on lab practice
  • Virtual instructor-led training: 5 days of web-based classes with hands-on lab practice
Kurs Hedefleri

Upon completion of this course the participant will understand how to use Wireshark efficiently to spot the primary sources of network performance problems.

Ders İçeriği

SNIFFING-TRACING-PROTOCOL ANALYSIS COURSE CONTENT

Chapter 1: The World of Network Analysis

Chapter 2: Introduction to Wireshark

Chapter 3: Capture Traffic

Chapter 4: Create and Apply Capture Filters

Chapter 5: Define Global and Personal Preferences

Chapter 6: Colorize Traffic

Chapter 7: Define Time Values and Interpret Summaries

Chapter 8: Interpret Basic Trace File Statistics

Chapter 9: Create and Apply Display Filters

Chapter 10: Follow Streams and Reassemble Data

Chapter 11: Customize Wireshark Profiles

Chapter 12: Annotate, Save, Export and Print Packets

Chapter 13: Use Wireshark’s Expert System

Chapter 14: TCP/IP Analysis Overview

Chapter 15: Analyze Domain Name System (DNS) Traffic

Chapter 16: Analyze Address Resolution Protocol (ARP) Traffic

Chapter 17: Analyze Internet Protocol (IPv4/IPv6) Traffic             

Chapter 18: Analyze Internet Control Message Protocol (ICMPv4/ICMPV6) 

Chapter 19: Analyze User Datagram Protocol (UDP) Traffic

Chapter 20: Analyze Transmission Control Protocol (TCP) Traffic             

Chapter 21: Graph IO Rates and TCP Trends

Chapter 22: Analyze Dynamic Host Configuration Protocol (DHCPv4/DHCPv6) 

Traffic

Chapter 23: Analyze Hypertext Transfer Protocol (HTTP) Traffic

Chapter 24: Analyze File Transfer Protocol (FTP) Traffic

Chapter 25: Analyze Email Traffic

Chapter 26: Introduction to 802.11 (WLAN) Analysis

Chapter 27: Introduction to Voice over IP (VoIP) Analysis

Chapter 28: Baseline “Normal” Traffic Patterns

Chapter 29: Find the Top Causes of Performance Problems

Chapter 30: Network Forensics Overview

Chapter 31: Detect Scanning and Discovery Processes

Chapter 32: Analyze Suspect Traffic


Kimler Katılmalı

Anyone interested in learning to troubleshoot and optimize TCP/IP networks and analyze network traffic with Wireshark, especially network engineers, information technology specialists and security analysts.

BİLGİ TALEBİ



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