Section 1 : Introduction
Lecture 1 Introduction 00:10:42 Duration
Lecture 2 Wireshark Installation Windows 00:05:51 Duration
Lecture 3 Wireshark Installation Mac OS 00:03:06 Duration

Section 2 : Wireshark Basics
Lecture 1 The best way to learn! 00:02:09 Duration
Lecture 2 Capture frames packets segments 00:15:11 Duration
Lecture 3 Why are no packets captured 00:09:30 Duration
Lecture 4 Port SPAN Mirroring 00:05:45 Duration

Section 3 : OSI Model
Lecture 1 OSI Model - Part 1 - OSI Model Introduction 00:02:00 Duration
Lecture 2 OSI Model - Part 2 - OSI Model Layers 00:04:07 Duration
Lecture 3 OSI Model - Part 3 - Split of concentration 00:06:27 Duration
Lecture 4 OSI Model - Part 4 - Layer 7 Application Layer 00:02:42 Duration
Lecture 5 OSI Model - Part 5 - Layer 6 Presentation Layer 00:02:06 Duration
Lecture 6 OSI Model - Part 6 - Layer 5 Session Layer 00:01:23 Duration
Lecture 7 OSI Model - Part 7 - Top layers versus lower layers 00:00:23 Duration
Lecture 8 OSI Model - Part 8 - Transport Layer 00:04:53 Duration
Lecture 9 OSI Model - Part 9 - Network Layer 00:02:59 Duration
Lecture 10 OSI Model - Part 10 - Data Link Layer 00:03:26 Duration
Lecture 11 OSI Model - Part 11 - Physical Layer 00:04:30 Duration
Lecture 12 OSI Model - Part 12 - Host Communication 00:03:37 Duration
Lecture 13 OSI Model - Part 13 - Encapsulation 00:02:52 Duration
Lecture 14 OSI Model - Part 14 - TCPIP versus OSI Model 00:06:12 Duration

Section 4 : Wireshark Filters
Lecture 1 Wireshark Display filters 00:02:45 Duration
Lecture 2 Practical Demonstration of Wireshark Display filters 00:10:49 Duration
Lecture 3 Two types of filters 00:01:35 Duration
Lecture 4 Wireshark Capture Filters 00:04:52 Duration
Lecture 5 Wireshark Filters IP address protocols 00:08:27 Duration

Section 5 : Wireshark Hacking Passwords
Lecture 1 Telnet Password & Data Captures 00:09:00 Duration
Lecture 2 TFTP Password & Data Capture 00:03:06 Duration
Lecture 3 FTP Password & Data Capture 00:01:38 Duration
Lecture 4 HTTP Data Capture 00:04:58 Duration
Lecture 5 Cisco router HTTP Password Capture 00:07:50 Duration

Section 6 : Hacking VoIP
Lecture 1 Replay Voice over IP calls (Virtual IP Phones) 00:15:57 Duration
Lecture 2 Capture and replay voice calls (Virtual & Physical IP Phones) 00:06:47 Duration

Section 7 : Protocol Analysis Can you troubleshoot the network
Lecture 1 DTP Lab Quiz 00:00:52 Duration
Lecture 2 DTP Lab Answers 00:08:57 Duration
Lecture 3 CDP, LLDP Lab Quiz 00:01:57 Duration
Lecture 4 CDP, LLDP Lab Answers 00:08:33 Duration
Lecture 5 OSPF Lab Quiz 00:02:36 Duration
Lecture 6 OSPF Lab Answers Part 1 00:14:08 Duration
Lecture 7 OSPF Lab Answers Part 2 00:02:05 Duration
Lecture 8 OSPF Troubleshooting Lab 1 Question 00:01:53 Duration
Lecture 9 OSPF Troubleshooting Lab 1 Answers 00:11:28 Duration
Lecture 10 OSPF Troubleshooting Lab 2 Question 00:01:44 Duration
Lecture 11 OSPF Troubleshooting Lab 2 Answers 00:05:31 Duration
Lecture 12 OSPF Troubleshooting Lab 3 Question 00:01:25 Duration
Lecture 13 OSPF Troubleshooting Lab 3 Answers
Lecture 14 EIGRP Lab Questions 00:01:23 Duration
Lecture 15 EIGRP Lab Answers 00:08:08 Duration
Lecture 16 EIGRP Troubleshooting Lab 1 Question 00:01:15 Duration
Lecture 17 EIGRP Troubleshooting Lab 1 Answers 00:05:10 Duration
Lecture 18 EIGRP Troubleshooting Lab 2 Question 00:00:59 Duration
Lecture 19 EIGRP Troubleshooting Lab 2 Answers 00:03:10 Duration
Lecture 20 BGP Lab Question 00:01:20 Duration
Lecture 21 BGP Lab Answers 00:11:09 Duration
Lecture 22 BGP Troubleshooting Lab Question 00:01:04 Duration
Lecture 23 BGP Troubleshooting Lab Answers 00:07:16 Duration

Section 8 : Wireshark Tips and Tricks
Lecture 1 Quick Wireshark Filters 00:04:00 Duration
Lecture 2 Wireshark Profiles 00:07:44 Duration
Lecture 3 Wireshark Conversation Filters 00:01:42 Duration
Lecture 4 Wireshark Statistics 00:05:14 Duration
Lecture 5 Wireshark Protocol Hierarchy 00:05:48 Duration
Lecture 6 Wireshark Conversations and IO Graph 00:05:29 Duration
Lecture 7 Wireshark Flow Graph 00:04:48 Duration

Section 9 : tshark and Termshark
Lecture 1 Overview and tshark install and packet capture 00:05:50 Duration
Lecture 2 Termshark 00:05:56 Duration

Section 10 : Python Wireshark scripting
Lecture 1 tshark and Pyshark installation 00:05:10 Duration
Lecture 2 Basic Pyshark testing 00:09:26 Duration
Lecture 3 Pyshark script

Section 11 : Python Wireshark Password Captures
Lecture 1 Lab overview and setup 00:06:40 Duration
Lecture 2 iPython and interactive OSPF script 00:06:11 Duration
Lecture 3 OSPF Password Python script 00:06:34 Duration
Lecture 4 FTP Password Capture Python script 00:05:04 Duration
Lecture 5 Telnet Password Capture Python Script 00:05:18 Duration

Section 12 : Kali Linux Installation
Lecture 1 Import Kali Linux (Windows 10 VirtualBox)

Section 13 : Kali Linux Network Attack Demonstrations
Lecture 1 Network Overview 00:03:49 Duration
Lecture 2 DTP Attack Demo 00:04:21 Duration
Lecture 3 VTP Attack Demo Part 1 00:05:22 Duration
Lecture 4 VTP Attack Demo Part 2 00:09:04 Duration
Lecture 5 Spanning Tree Attack Demo 00:02:18 Duration

Section 14 : Kali Linux DHCP attacks and Man-in-the-middle attack
Lecture 1 Overview of lab 00:04:15 Duration
Lecture 2 DHCP Starvation attack 00:03:48 Duration
Lecture 3 Rogue DHCP Server; MITM attack, Wireshark 00:06:55 Duration

Section 15 : VTP Theory and demonstrations
Lecture 1 VTP Overview 00:05:27 Duration
Lecture 2 VTP Overview Part 2 00:05:17 Duration
Lecture 3 VTP Modes 00:06:13 Duration
Lecture 4 VTP Versions 00:01:22 Duration
Lecture 5 VTP on real 3750 switch 00:06:05 Duration
Lecture 6 VTP - Demo Erase switch config
Lecture 7 VTP Pruning 00:04:29 Duration
Lecture 8 VTP Defaults 00:00:46 Duration
Lecture 9 VTP Warnings! 00:02:00 Duration
Lecture 10 VTP Demo Overview & Switch 1 config 00:06:43 Duration
Lecture 11 VTP Demo Autonegotiation S2 00:04:45 Duration
Lecture 12 VTP Demo VTP Client 00:06:51 Duration
Lecture 13 VTP Demo Client overrides server 00:08:42 Duration
Lecture 14 VTP Network Meltdown! VLANs removed from database! 00:08:29 Duration
Lecture 15 VTP Demo Network Back Again and Transparent Mode 00:02:40 Duration
Lecture 16 VTP Physical swtiches auto learn VTP domain 00:04:46 Duration

Section 16 : Spanning Tree theory and demonstrations
Lecture 1 Spanning Tree Overview 00:02:05 Duration
Lecture 2 Versions of Spanning Tree 00:04:07 Duration
Lecture 3 Why is Spanning Tree Required 00:07:27 Duration
Lecture 4 BPDUs and Bridge IDs 00:02:38 Duration
Lecture 5 Demo STP Root 00:07:37 Duration
Lecture 6 Root Ports and Designated Ports 00:08:25 Duration
Lecture 7 Extended Bridge ID 00:04:17 Duration
Lecture 8 PortFast 00:02:35 Duration
Lecture 9 Path Cost Part 1 00:01:43 Duration
Lecture 10 Path Cost Part 2 00:05:30 Duration
Lecture 11 Path Cost Part 3 00:04:22 Duration
Lecture 12 PVST versus RPVST Port States 00:08:23 Duration
Lecture 13 RPVST and PVST Interoperability and 802 00:02:36 Duration
Lecture 14 802 00:03:03 Duration
Lecture 15 802 00:07:10 Duration
Lecture 16 Demo 802 00:07:20 Duration
Lecture 17 802 00:03:07 Duration
Lecture 18 802 00:06:18 Duration
Lecture 19 802 00:06:23 Duration
Lecture 20 Spanning Tree Comparison Summary 00:03:35 Duration

Section 17 : Port SPAN (Mirroring) theory and demonstrations
Lecture 1 SPAN Introduction 00:01:11 Duration
Lecture 2 SPAN network overview 00:01:57 Duration
Lecture 3 Tests before SPAN 00:06:28 Duration
Lecture 4 Configure SPAN 00:08:28 Duration
Lecture 5 SPAN Ingress Options 00:03:40 Duration
Lecture 6 SPAN Options 00:06:14 Duration
Lecture 7 SPAN - Multiple Sessions 00:03:25 Duration

Section 18 : BGP theory and demonstrations
Lecture 1 BGP and the CCNA 00:01:28 Duration
Lecture 2 BGP Overview 00:02:57 Duration
Lecture 3 BGP Looking Glass 00:05:48 Duration
Lecture 4 GNS3 BGP Part 1 00:03:05 Duration
Lecture 5 GNS3 BGP Part 2 00:08:29 Duration
Lecture 6 GNS3 BGP Part 3 00:09:35 Duration
Lecture 7 GNS3 BGP Part 4 00:07:55 Duration
Lecture 8 GNS3 BGP Part 5 00:03:44 Duration
Lecture 9 GNS3 BGP Part 6 00:11:04 Duration
Lecture 10 GNS3 BGP Part 7 00:08:19 Duration
Lecture 11 GNS3 BGP Part 8 00:04:28 Duration
Lecture 12 GNS3 BGP Part 9 00:07:11 Duration
Lecture 13 GNS3 BGP Part 10 00:03:49 Duration

Section 19 : Dynamic Trunk Protocol - DTP
Lecture 1 DTP Theory 00:02:08 Duration
Lecture 2 DTP GNS3 Demo Part 1 00:07:10 Duration
Lecture 3 DTP GNS3 Demo Part 2 00:03:38 Duration
Lecture 4 DTP GNS3 Demo Part 3 00:07:33 Duration
Lecture 5 CCNA Dynamic Trunking Protocol (DTP) Quiz 00:28:07 Duration

Section 20 : CDP Overview
Lecture 1 CDP Introduction 00:09:44 Duration
Lecture 2 CDP Demo 00:06:17 Duration

Section 21 : GNS3 Campus 1 CDP and LLDP
Lecture 1 CDP Demo Basic discovery 00:07:28 Duration
Lecture 2 CDP Demo Disable globally and per interface 00:06:50 Duration
Lecture 3 CDP Demo Command Options 00:04:21 Duration
Lecture 4 LLDP Demo Discover Linux Servers 00:06:41 Duration

Section 22 : Port Security
Lecture 1 Port Security Overview
Lecture 2 Port Security and security mechanisms 00:01:23 Duration
Lecture 3 MAC addresses Port Security Static, Dynamic, Sticky 00:03:11 Duration
Lecture 4 Port Security Demo Part 1 00:09:03 Duration
Lecture 5 Port Security Demo Part 2 00:09:19 Duration
Lecture 6 Port Security Demo Sticky 00:02:53 Duration
Lecture 7 Port Security Error disable and auto recovery 00:05:14 Duration