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Nginx reverse proxy domain masking hide real ip how to#
Nginx reverse proxy domain masking hide real ip code#

Optimizing TLS Time To First Byte (TTTFB).Miscellaneous Miscellaneous Table of contents.NGINX Configuration NGINX Configuration.Instead, you'll have to configure apache/nginx to act as a proxy using their proxy directives. This also means that using HTTP redirects to have apache/nginx redirect to your application server port won't work any more (and in fact it shouldn't, because using HTTP redirects won't help to hide your application server from the public internet at all). So you either have to make it only listen on localhost, or have your firewall close the relevant ports. However, you only get these security benefits if you don't make your application server accessible to the public.

Nginx reverse proxy domain masking hide real ip code#

Chances are that locking down apache and nginx is easier than making sure your application server doesn't have any security holes in it's code to serve static files (this is a specific example of point 2). So you can have them serve static content and at the same time have them deal with all the security implications of letting a server process access your server filesystem.

Apache and nginx are probably more performant than your application server.

Letting apache/nginx handle client requests first will direct any attack at apache/nginx first, and they're well-tested and hardened against attacks, which probably isn't true for your application server.

Note that if your application server does the SSL itself, a proxy sitting in front of it won't be able to cache anything, so from a performance point of view, it makes sense not to let the application server take care of SSL.

It makes your application server much simpler, because you don't have to worry about caching, SSL encryption and a ton of details that apache and nginx are good at handling.

Your application sits hidden behind that. If you do not want to setup SSH tunnel another option is port knocking.Ī fairly common pattern is to have a heavy-duty proxy such as apache or nginx that does all the http heavy lifting and takes care of https termination (e.g.

protecting service behind pubkey (or password) auth used by ssh.

encrypting the communication between client and server.

Using a ssh tunnel to access your service increases the level of security by:

Nginx reverse proxy domain masking hide real ip how to#

The above is how to achieve ssh port forwarding in Linux, however it is also available via tools like puTTY.

Then, in order get to the service you ssh port forward: this means that the port will not be accessible outside the box. If you need to have a web service that is only accessible by certain people one of the best ways to do it is to instead host the service on localhost or 127.0.0.1. Anyone can read the sticky, and even if there isn't a sticky anyone could case the house and find the back door to be open (aka port scan your host). This is the equiv of putting a sticky note on the front door of your house saying "please use the door in the back". If you are simply using mod_rewrite in Apache or Nginx to redirect from 80 to 8090. This mainly depends on how you are doing the proxy.