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Now, we will show how the Trojan horse server reacts to a valid Trojan horse protocol and other protocols (probably HTTPS or any other probe).
All connection without correct structure and password will be redirected to a preset endpoint, so the trojan server behaves exactly the same as that endpoint (by default HTTP) if a suspicious probe connects (or just a fan of you connecting to your blog XD).
Since the traffic is TLS protected (it is the users responsibility to use a valid certificate), if you visit an HTTP site the traffic looks the same as HTTPS (there is only one RTT after TLS handshake); if you are not visiting an HTTP site, the traffic looks the same as maintained HTTPS or WebSocket. For this reason, the Trojan can also bypass the ISP's QoS restrictions.
Because the Trojan server is usually assumed to be an HTTPS server, the listening socket is always a TLS socket. After performing the TLS handshake, if the Trojan horse server determines that the traffic is "other protocol", it will establish a tunnel between the preset endpoint (127.0.0.1:80 by default, the local HTTP server) and the client, so the preset endpoint Control the decrypted TLS traffic.
Here are some advantages of using SSH Tunnel or VPN Tunnel.
By using a public network that controls data, SSH / VPN technology uses a work system by encrypting all data that passes through it.
With the encryption technology, data confidentiality can be more controlled.
Although there are parties who can tap data that passes over the internet in addition to the SSH / VPN line itself, but not necessarily able to read the data, because the data has been scrambled.
By implementing this encryption system, no one can access and read the data network contents easily.
When passing through the internet network, the data actually runs very far past various countries.
During the trip, various disturbances could occur in its contents, lost, damaged, manipulated by people who could not be moved.
In SSH / VPN technology is needed that can maintain the integrity of the data starting from the data sent until the data reaches the destination.
SSH / VPN technology has the ability to authenticate sending data sources to be received. SSH / VPN will check all incoming data and retrieve information from the data source.
Then, the address of the data source will be successfully completed, the authentication process was successful.
Thus, SSH / VPN guarantees all data sent and received from the source received. No data is falsified or sent by other parties.