![]() Since we’re acting as an eavesdropper on the network (the exact thing that TLS is designed to prevent), we need to have one of the trusted parties share their secrets with us. Since TLS is designed to protect the confidentiality of the client and the server during transmissions, it’s logical that it’s designed so that either of them can decrypt the traffic but no one else can. The other thing that you’ll need to do before decrypting TLS-encrypted traffic is to configure your Web browser to export client-side TLS keys. The first step in using it for TLS/SSL encryption is downloading it from here and installing it. Unfiltered the packet listing window by enter blank and list all the different protocols that appear in the protocol column.Wireshark is a commonly-known and freely-available tool for network analysis. ![]() How long did it take from when the HTTP GET message was sent until the HTTP OK reply was received? 5. What is the destination of the first http message with info "GET /HTTP/1.1" that you captured? 3. What is the full request URI for the first http message with info "GET /HTTP/1.1" that you captured? 2. Questions: Once you done all the above, please answer the following question 1. Select the first http message with info "GET / HTTP/1.1" shown in the captured packets listing window. Type in "http" into the filter input bar and press enter 7. Stop the Wireshark packet capture by click the red stop button in the Wireshark capture Windows 6. Wireshark will begin to capture as soon as you click start capture button, a detail packet capture windows will appear 4. Select interface that is being used for internet, and click start capture button 3. Step 1: Download necessary files Wireshark - Windows Installer (Download 64-bit one, unless you are using 32bit system) Microsoft Visual Ct+2015 Redistributable (Download both = 53840 Step 4: Basic packet capture 1.
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