![]() ![]() They're just another type of content that the browser natively supports. So, just like how most browsers can render PDF files, Brave can render magnet links and torrent files. Brave recently added torrent support, so you can view traditional torrents without using a separate app. Brave is a browser that automatically blocks ads and trackers to make the web faster and safer. You can read about how this was made in Torrenting The Galaxy, a blog post where the author, Charlie Hoey, explains how he built the star map with WebGL and WebTorrent. It's awe-inspiring to fly through our star system and realize just how little we humans are compared to the vastness of our universe. ![]() The data loads from a torrent, right in your browser. It's a slick 3D interactive simulation of the Milky Way. The coolest thing built with WebTorrent, hands down, is probably Gaia 3D Star Map. What are some of your favorite projects that use WebTorrent? There are also exciting business use cases, from CDNs to app delivery over P2P. So if you want to embed Internet Archive content on your site, you can do it in a way that reduces hosting costs for the Archive, allowing them to devote more money to actually archiving the web! The Internet Archive actually already updated their torrent files so they work great with WebTorrent. Rarely-accessed content can be served reliably over HTTP from the origin server. Popular content can be served browser-to-browser, quickly and cheaply. Non-profit projects like Wikipedia and the Internet Archive could reduce bandwidth and hosting costs by letting visitors chip in. One of the most exciting uses for WebTorrent is peer-assisted delivery. What are some interesting use cases for torrents beyond what people already know they can do? By making an awesome torrent app that people really want to use, we increase the number of peers in the network that can share torrents with web peers (i.e. So basically, WebTorrent Desktop was our way to speed up the adoption of the WebTorrent protocol. Some torrent apps like Vuze already support web peers, but we didn't want to wait around for the rest to add support. WebTorrent follows the BitTorrent spec as closely as possible, to make it easy for existing BitTorrent clients to add support for WebTorrent. “Web peers” (torrent peers that run in a web browser) make the BitTorrent network stronger by adding millions of new peers, and spreading BitTorrent to dozens of new use cases. It brings the promise of interoperability with web browsers – one giant P2P network made up of all desktop BitTorrent clients and millions of web browsers. The WebRTC protocol is the next logical step. Every mainstream torrent client eventually adopted uTP, and today you can use BitTorrent over either protocol. Later, uTP came along promising better performance and additional advantages over TCP. In the early days, BitTorrent used TCP as its transport protocol. If we can already download torrents in my web browser, why a desktop app? įirst, a bit of background on the design of WebTorrent.
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