![]() No one uses Tor for privacy – VPNs are here for that, although, in conjunction, these two can provide you with both benefits. Since you now know how Tor works, you can see why its name and the word “anonymity” often go one with another. These two concepts seem similar at first, but anonymity is hiding your identity, while privacy is hiding what you’re doing online. The exit node, logically, sends the request to the website you want to visit, and when it’s done, you’re on that website.Īs you can see, it’s clear that this tool is more efficient at preserving your anonymity than privacy. Finally, the exit node peels the final layer of encryption, which is why it can see the encrypted request but it can’t identify who is sending it because it can’t see your IP address.The traffic is then sent to the middle node, which removes another layer of encryption and sends the encrypted traffic to the exit node.However, the entry node can’t read the encrypted content of the request, so it still can’t trace your activities inside the Tor network. Beware that this entry node can read your IP address, which is why your ISP (Internet Service Provider) can see that you’re using Tor. Tor sends your request to the entry node, which removes the first layer of encryption. ![]() There’s the entry node (often called the guard node), the middle node (or middle server), and the exit node. ![]()
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