![]() Suppose you wish to eavesdrop on a sheep's HTTPS traffic, and you have physical access to their machine. Unlike SSLStrip or SSLSniff, this attack requires more information from the sheep (and potentially requires more invasive methods), but is entirely transparent to the sheep if carried out correctly. This page will cover an attack on HTTPS that utilizes a stolen private key to decrypt and sniff HTTPS traffic from a sheep user. 2.1.4 Inspecting Decrypted Traffic in Wireshark with SSLKEYLOGFILE.2.1.3 Obtain SSL Session Info from Firefox.2.1.2 Start Capturing Traffic with Wireshark.2.1.1 Optional: Start Man in the Middle Attack.1.3 Decrypting SSL Traffic with SSL Info.I still want to use a proxy like Fiddler to easily view the HTTPS traffic I just want to simultaneously capture and decrypt PCAP captures at the same time to run that traffic against my SNORT rulesets. I know Wireshark supports decryption of TLS, but the only method I can find documentation for in Wireshark leverages the SSLKEYLOGFILE variable which only works in web browsers like Chrome and Firefox and not the mobile app scenario I am using. I planned to use Wireshark for the PCAP capture. ![]() ![]() I want to take this to the next level and create custom SNORT rules for the type of traffic I want to monitor, so I also need to capture PCAP files that SNORT can use. I then configure the phone to use the Fiddler capture machine as a proxy. The process I follow is to export a CA cert from Fiddler, then import that cert onto the physical phone. I currently use fiddler/Charles Proxy/MITM proxy to decrypt and analyze SSL/TLS traffic from suspect mobile apps I want to analyze.
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