#Exam 3 textlab install#
#Exam 3 textlab software#
#Exam 3 textlab mac#
#Exam 3 textlab windows#

In this step, you will examine the data that was generated by the ping requests of your team member’s PC. Step 1: Examine the captured data on the same LAN. This analysis should help to clarify how packet headers are used to transport data to the destination. You will also look inside the captured PDUs for specific information. In this part, you will ping between two hosts in the Mininet and capture ICMP requests and replies in Wireshark. Part 2: Capture and Analyze ICMP Data in Wireshark

#Exam 3 textlab mac#

Valid_lft forever preferred_lft forever Host-interface IP Address MAC Address H1-eth0 10.0.0.11 Answers may vary. Link/ether ba:d4:1d:7b:f3:61 brd ff:ff:ff:ff:ff:ff link-netnsid 0 analyst]# ip addressĢ: : mtu 1500 qdisc noqueue state UP group default qlen 1000 The IPv4 address and MAC address are highlighted below for reference. At the prompt on Node: H1, enter ip address to verify the IPv4 address and record the MAC address. Each host will have a separate configuration for the network including unique IP and MAC addresses.

#Exam 3 textlab windows#

This will open separate windows for these hosts. At the mininet prompt, start terminal windows on hosts H1 and H2. Step 3: Record IP and MAC addresses for H1 and H2.Ī. When prompted, enter cyberops as the password. Open a terminal emulator to start Mininet and enter the following command at the prompt.

#Exam 3 textlab install#

Password: cyberops Step 2: Run the Python script to install the Mininet Topology. Start and log into your CyberOps Workstation that you have installed in a previous lab using the following credentials: Step 1: Verify your PC’s interface addresses. You will then record the IP and MAC addresses for H1 and H2. In this part, you will use a Python script to set up the Mininet Topology inside the CyberOps VM. Instructions Part 1: Install and Verify the Mininet Topology If using a packet sniffer, such as Wireshark, is an issue, the instructor may wish to assign the lab as homework or perform a walk-through demonstration. It is recommended that permission is obtained before running Wireshark for this lab. Instructor Note: Using a packet sniffer, such as Wireshark, may be considered a breach of the security policy of the school.

You will use Wireshark to capture ICMP data packets. Wireshark is a useful tool for anyone working with networks for data analysis and troubleshooting.

As data streams travel over the network, the sniffer “captures” each protocol data unit (PDU) and can decode and analyze its content according to the appropriate RFC or other specifications.

#Exam 3 textlab software#

Wireshark is a software protocol analyzer, or “packet sniffer” application, used for network troubleshooting, analysis, software and protocol development, and education. For example, in this lab you will use the ping command between two hosts in the Mininet Topology and capture those pings with Wireshark. This will allow you to simulate a variety of network protocols and services without having to configure a physical network of devices. You will then have access to four hosts, a switch, and a router inside your one VM. The CyberOps VM includes a Python script that, when you run it, will set up and configure the devices shown in the figure above.

Part 2: Capture and Analyze ICMP Data in Wireshark Background / Scenario.

Part 1: Install and Verify the Mininet Topology.

Instructor Note: Red font color or gray highlights indicate text that appears in the instructor copy only. 5.3.7 Lab – Introduction to Wireshark (Instructor Version)