![]() ![]() ![]() With the proxy comes into the picture, it would need the server's private key to decrypt the client's request. In order for Wireshark to decrypt HTTPS sessions it needs to be able to read the SSLKEYLOGFILE file. From a security context, we are essentially creating a man-in-the-middle condition locally. The server decrypts the request with its private key. To decrypt HTTPS or WebSockets traffic, we can utilize mitmproxy to decrypt SSL/TLS and Wireshark to analyze that traffic.The client encrypts the request with the server's public key. The SSL traffic is decrypted transparently, scanned for threats and then re-encrypted and sent along to its destination if no threats or vulnerabilities are.During handshake, the client verifies the authenticity of the certificate (and thus, of the server) and receives the server's public key.A client application makes an HTTPS request to the server.This is so client applications (such as web browsers) can verify the authenticity of the certificate from a trusted source. It registers said certificate with a CA (certificate authority).The server generates a certificate based on the keys.The server generates a public key and a private key.I'm able to this with AnyProxy, by having it generate a rootCA and then trusting that rootCA on the client machine(s).Īnd it works, but I don't understand how/why it works from a theoretical point of view.Īs far as I know, HTTPS encryption/decryption works like this: Generally, private key usually needs to be in decrypted PKCS8. I'm working on a project that involves proxying traffic between some client applications and servers. The Wireshark could be used in decrypting the SSL traffic so long the users have private keys. ![]()
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