Netsukuku

Netsukuku

Netsukuku is a decentralized, peer-to-peer network designed to build an alternative internet infrastructure. It allows users to connect directly without centralized servers.
Netsukuku image
p2p mesh-network alternative-internet decentralized

Netsukuku: Decentralized P2P Network

A decentralized, peer-to-peer network built for an alternative internet infrastructure, allowing direct connections without centralized servers.

What is Netsukuku?

Netsukuku is an experimental, decentralized, peer-to-peer network aimed at building an alternative internet infrastructure. The goal of Netsukuku is to get rid of centralized servers and services and allow users to connect directly to each other in a mesh network.

The Netsukuku network is designed to be anonymous, secure and independent from external influence or control. It handles routing and distribution of information in a distributed manner through user contributions and cooperation. Each node in the network contributes bandwidth and computing resources to relay traffic for other nodes.

Some key features and goals of Netsukuku:

  • Does not require servers, domains or centralized authorities
  • Aims for anonymity of users through encryption and obfuscation
  • Has inherent redundancy and is resilient against node failures
  • Designed to handle censorship resistance at the network level
  • Plans to incorporate distributed data storage and applications

Netsukuku is still experimental software and has a small user base focused mainly on security and privacy enthusiasts. It faces adoption challenges due to average users being accustomed to current client-server internet structure.

Netsukuku Features

Features

  1. Decentralized P2P network
  2. Alternative internet infrastructure
  3. Mesh networking
  4. Anonymity and censorship resistance
  5. Distributed web hosting

Pricing

  • Open Source

Pros

No centralized servers or control

Resistant to censorship

Improved privacy and anonymity

More resilient than traditional internet

Allows access in areas with limited connectivity

Cons

Complex to set up and configure

Lower speeds than traditional internet

Requires many users to be effective

Not compatible with existing internet services

Limited adoption and user base currently


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