How do these decentralized networks work?

The peer-to-peer infrastructure transforms the classic role of a server. In the P2B system, a user is a server and a client. His computer is technically a “node”. With P2P, everyone who downloads a file becomes a “partner”, making the file sharing process more efficient than the traditional network.

P2P software shares a folder on your hard drive. That is, any file placed in this directory is automatically accessible to the entire planet. So pay close attention to the files you put in this directory: once a file enters the forest, it cannot be distributed! Make sure this software does not share your entire hard drive.

BitTorrent is peer-to-peer software, but it works differently from others. Two main differences. First of all, this is not a search engine. Second, the program focuses on sharing a specific file (other software tries to share as many files as possible at a time.)

When you download a torrent file, you are actually downloading a map indicating where a file is hosted. Run a torrent on a compatible client to connect with dozens or hundreds of other users.

Whatever the solution, Peer-to-Peer distributes
Work equally well for all “nodes”. Also, “bear-to-bear” means “equal to equal.”

A file is so popular that more and more Internet users are downloading it, so more and more Internet users are redistributing the file at once.

These “nodes” run the network by sharing their resources, such as bandwidth, disk storage, and / or processing power. These resources can be shared directly and the information will be distributed equally to all “nodes” in the network. For example, if you want to get the latest version of a Linux distribution like Debian, you will not get it from a centralized server; You will get pieces of it from many guys.

Because it is not necessary to have a host or server
Centrally, these networks are vulnerable in terms of cyber security and reliability. By definition, there is no point in failure. With P2B, files can be online without maintaining a host. As long as there are enough colleagues to share the content, anyone can download it.