The reversed proxy helps reduce bandwidth overhead, and reduce the attack surface of it's public domain because the only open port detectable from the outside is the Nginx listener on ports 80 and 443.
A web app developer can have specially crafted headers from HTTP GET and POST requests to help differentiate what service is requested from the more exposed Apache webserver behind it. In this case, Nginx localhost:443 acts as a reversed proxy to a multitude of services listening on Apache.
Can be configured to log and store cached content of victims browsing the internet through your attack proxyĪ proxy acts "in reverse" if it (1) Serves as a "proxy" service for a much larger domain/host/webservice (2) Retrieves content on behalf of the requestor from another service directly behind it. Modern webservers are often a "Reversed Proxy", for example, a Nginx server is listening on ports 80 and 443, and automatically routes sessions on port 80 to 443 to take advantage of HTTPS, and then from port 443, makes requests to a Apache webserver that is sitting right behind it, that may have many more exposed ports listening that the webmaster does not want to expose to the public internet.Can interact with a ICAP server to permit automatic injection/modification of traffic.Does not require generation of client and server-side certificates, keys, and credential bundles.A Reversed Intercept-Proxy that supports SSL/TLS.By itself, it boasts the following features The Squid SSL-Bump Method, with a rogue hotspot The Squid SSL-Bump Method seems to be the most favored, and it allows for the seamless passage, regeneration of, and signing of new certificates from a single originating root key automatically to create the impression of a legitimately functioning HTTPS sessions.
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