![]() Setting up I2P takes a bit more work than Tor, as you need to install the circuit-based routing software and then configure your browser independently. This makes it far more decentralized, which protects I2P from things that can cripple the Tor network, like DDoS attacks. Unlike Tor, it doesn’t rely on volunteer-maintained nodes, but instead every router on the network is turned into a node capable of relaying traffic for other users. Like Tor, I2P is a decentralized anonymous network that allows for peer-to-peer communication. Where Tor is relatively easy to set up and even has its own pre-configured browser (known as the Tor Browser), I2P is a lot more complex and requires more tweaking from the user, which explains its relative lack of popularity. Now that we have a working understanding of Tor, we can move on to I2P, which, despite having been around for just as long, is far less popular than its sibling. This is because your traffic is encrypted as you send it to the first node, but the final exit node needs to decrypt it again to send it to its final destination. The final node in the chain is known as the “exit node,” and whoever runs it has the ability to potentially see and tamper with your internet traffic. This is where Tor’s inherent weakness enters the picture. When using Tor, your internet connection is protected with multiple layers of encryption and passes through an outbound tunnel consisting of four nodes. These nodes are Tor routers (known as an onion router) that are set up and maintained by volunteers that contribute the resources to the network. Now that we know what the two networks are for, it’s time to take a look at how they actually work, starting with Tor.Īpplications configured to use Tor go through a process known as “onion routing” to route your traffic through three separate “nodes” before it reaches its destination (i.e. This ranges from communication and messaging applications that need to be completely anonymous, to online black markets and piracy sites.Īnother area where I2P excels is torrenting, as there are BitTorrent clients (such as Vuze) that make torrents from the regular internet available over I2P. Why Use I2P (Invisible Internet Project)Ĭontrary to the Tor network, the reason you’d want to use I2P is almost entirely to access websites or applications specifically designed to run on the network. The Tor Project maintains a chromium-based web browser called the Tor Browser. Is There Something More Secure Than Tor?.Tor is mostly focused on accessing the regular internet anonymously, whereas I2P serves more as its own separate network, closer to what you might consider a dark or deep web.īoth Tor and I2P can be difficult concepts to wrap your head around, so we’ll start by outlining why you might want to use either of them in the first place. The shortest answer is that the two networks have different use-cases and different ways of anonymizing your traffic. With I2P these are the only websites you can access, whereas Tor can be used as a regular browser as well. Both Tor and I2P let you access the deep web.I2P is more secure than Tor, but generally can’t be used to access the regular internet outside of services like email, chat and torrenting.I2P and Tor are both decentralized and anonymous peer-to-peer networks.This begs the question: what’s the difference between I2P vs Tor? Key Takeaways: Tor vs I2P ![]() However, there’s another decentralized network that’s been around for just as long, called Invisible Internet Project, or I2P for short. Last Updated: 05 Feb'23 T21:25:46+00:00 Facts checked by Jasna MishevskaĪnyone who has ever heard of the so-called dark web has also probably heard of the Tor network, or The Onion Router project.
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