Your connection is then passed to a series of relay nodes and finally to the exit node. Apart from this node, none of the other nodes know your real IP address. The entry node is the first node through which your device connects to the Tor network. These nodes can be an entry node, relay node, or exit node. But what does a vegetable have to do with a networking system? Similar to how an onion comprises multiple layers, the Tor network employs a nested web of private computers, called nodes, that route and encrypt your internet traffic. Tor is mainly known for accessing the dark web, but you shouldn’t discredit this browser just because of some nefarious users.īut why is only Tor Browser able to open such websites while other browsers can’t? To answer this question, you need to understand the routing mechanism used. This is highly useful if you live in an area that has substantial internet censorship and surveillance. This provides you with anonymity on the web and aids you in protecting your privacy. In a nutshell, Tor Browser is a free and open-source web browser that helps you browse the web anonymously. Unlike regular browsers like the one you might be using at the moment, all traffic through the Tor Browser is securely relayed across several nodes, which provide a layer of encryption and hide your IP address. So, how is Tor Browser different, and should you consider using it? If yes, then how can you start using it securely on Linux? Let’s find out. While it is usually linked to the deep or dark web, there is more to it than what meets the eye.
However, Tor Browser is one such browser that stands apart from your regular day-to-day web browser. Web browsers are usually quite identical to their counterparts in terms of appearance and functionality.
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