![]() The private key matches the server certificate. The protocol version is SSLv3, (D)TLS 1.0-1.2. The cipher suite selected by the server is not using (EC) DHE. You can check for this in the handshake packet. In that case Wireshark cannot decipher SSL/TLs with a private key. Click on the “Browse” button and select our key log file named Wireshark-tutorial-KeysLogFile.txt, as shown in Figures 10, 11 and 12. Once you have selected SSL or TLS, you should see a line for (Pre)-Master-Secret log filename. If you are using Wireshark version 3.x, scroll down to TLS and select it. This pre-master secret can be obtained when a RSA private key is provided and a RSA key exchange is in use. The pre-master secret is the result from the key exchange and can be converted to a master secret by Wireshark. The master secret enables TLS decryption in Wireshark and can be supplied via the Key Log File. RSA keys list: Press Edit Press + to add an entry of the SSL/TLS traffic that needs to be decrypted. Prior to reproducing the issue ensure that Wireshark is properly configured to decrypt SSL/TLS traffic. At this point, we’ve successfully decrypted TLS traffic in Wireshark. ![]() Looking in the ASCII representation of the packet, we see the website’s certificate (including the word Facebook). In addition to the Frame tab, one is labeled Decrypted TLS. ![]() As shown, Wireshark shows a couple of different tabs at the bottom of the window.
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