Web peers are not publicly accessible: because we use the websocket transport, the protocol is different from classic BitTorrent tracker. When you are in a web browser, you send a signal containing your IP address to the tracker that will randomly choose other peers to forward the information to. See <x id="START_LINK" ctype="x-a" equiv-text="<a class="link-orange" href="https://github.com/yciabaud/webtorrent/blob/beps/bep_webrtc.rst">"/>this document<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a>"/> for more information
Web peers are not publicly accessible: because we use the websocket transport, the protocol is different from classic BitTorrent tracker. When you are in a web browser, you send a signal containing your IP address to the tracker that will randomly choose other peers to forward the information to. See <x id="START_LINK" ctype="x-a" equiv-text="<a href="https://github.com/yciabaud/webtorrent/blob/beps/bep_webrtc.rst">"/>this document<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a> "/> for more information
Web peers are not publicly accessible: because we use the websocket transport, the protocol is different from classic BitTorrent tracker. When you are in a web browser, you send a signal containing your IP address to the tracker that will randomly choose other peers to forward the information to. See <x id="START_LINK" ctype="x-a" equiv-text="<a href="https://github.com/yciabaud/webtorrent/blob/beps/bep_webrtc.rst">"/>this document<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a> "/> for more information
Web peers are not publicly accessible: because we use the websocket transport, the protocol is different from classic BitTorrent tracker. When you are in a web browser, you send a signal containing your IP address to the tracker that will randomly choose other peers to forward the information to. See <x id="START_LINK" ctype="x-a" equiv-text="<a href="https://github.com/yciabaud/webtorrent/blob/beps/bep_webrtc.rst">"/>this document<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a>"/> for more information
Web peers are not publicly accessible: because we use WebRTC inside the web browser (<x id="START_LINK" ctype="x-a" equiv-text="<a>"/>with the WebTorrent library<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a>"/>), the protocol is different from classic BitTorrent. When you are in a web browser, you send a signal containing your IP address to the tracker that will randomly choose other peers to forward the information to. See <x id="START_LINK_1" ctype="x-a" equiv-text="<a>"/>this document<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a>"/> for more information
Web peers are not publicly accessible: because we use WebRTC inside the web browser (<x id="START_LINK" ctype="x-a" equiv-text="<a href="https://webtorrent.io/">"/>with the WebTorrent library<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a> "/>), the protocol is different from classic BitTorrent. When you are in a web browser, you send a signal containing your IP address to the tracker that will randomly choose other peers to forward the information to. See <x id="START_LINK_1" equiv-text="<a href="https://github.com/yciabaud/webtorrent/blob/beps/bep_webrtc.rst">"/>this document<x id="CLOSE_LINK" ctype="x-a" equiv-text="</a> "/> for more information
Web peers are not publicly accessible: because we use WebRTC inside the web browser (<x id="START_LINK"/>with the WebTorrent library<x id="CLOSE_LINK"/>), the protocol is different from classic BitTorrent. When you are in a web browser, you send a signal containing your IP address to the tracker that will randomly choose other peers to forward the information to. See <x id="START_LINK_1"/>this document<x id="CLOSE_LINK"/> for more information
