news.volyx.in

Peerweb: Decentralized website hosting via WebTorrent (peerweb.lol)

377 points by dtj1123 · 263 days ago · 124 comments on HN

Article summary

PeerWeb is a platform that allows users to host and share websites using WebTorrent technology, making them censorship-resistant and always available. Users can upload their website files and share the link with others, who can then access the site through a peer-to-peer network. The platform uses a decentralized approach, eliminating the need for centralized servers. This allows for greater control and autonomy over online content.

Main themes

  • Decentralized hosting
  • WebTorrent technology
  • Censorship resistance
  • Peer-to-peer networks
  • Decentralized DNS
  • Blockchain technology
  • IPFS and decentralized storage
  • WebRTC limitations
  • Decentralized video hosting
  • P2P video sharing
  • Self-hosting and autonomy

What commenters say

  • The current implementation of PeerWeb may not be truly decentralized due to its reliance on a single point of failure.
  • Serving web pages via torrent is an interesting idea, but it still lacks a solution for addressing and searching without centralized DNS.
  • The use of blockchain technology could potentially provide a solution for decentralized DNS and addressing.
  • IPFS and other decentralized storage solutions have their own set of problems, such as dealing with illegal content and copyright issues.
  • Some commenters believe that a hybrid approach, combining different technologies, could provide a more robust solution for decentralized hosting and sharing.
  • Others argue that the limitations of WebRTC and browser-based torrent clients are significant obstacles to achieving true decentralization.
  • There is a need for a more comprehensive solution that addresses the issues of discovery, addressing, and security in decentralized networks.
  • The concept of using a JS wrapper to make sites DDOS-proof and enable P2P hosting is seen as promising, but requires further development and testing.