![]() ![]() ![]() ![]() One of the main disadvantages of this method is its slowness. The visited site receives the IP address of the exit node and does not know where the traffic is really coming from. The exit node does not know your IP address, having received only that of the intermediate node, but it removes the last layer of encryption to know your destination and therefore sends your request to the site you wish to visit. It also removes a layer of encryption and sends the information to the last node, the exit node. This node knows the least about you: all it gets is the address of the first node and the address of the node it needs to send the data to. The first node removes the first layer of encryption and passes the rest of your data to the middle node. Also, your ISP can see that you're connecting to Tor, but can't determine why. This node sees your IP address, but not your destination. When you connect to Tor, you arrive at the first node, called an entry node. To prevent this information from being obtained by a single entity, Tor passes your data through multiple nodes in its network and protects it with as many layers of encryption as there are nodes in the path, usually three. ![]()
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