Garlic routing

Source: Wikipedia, the free encyclopedia.

Garlic routing

data transfer.[3]

Michael J. Freedman defined "garlic routing" as an extension of onion routing, in which multiple messages are bundled together. He called each message a "bulb", whereas I2P calls them "garlic cloves". All messages, each with their own delivery instructions, are exposed at the endpoint.[citation needed] This allows the efficient bundling of an onion routing "reply block" with the original message.[citation needed]

Garlic routing is one of the key factors that distinguishes

Tor and Mixmaster
use bidirectional tunnels.

Garlic Cast: Lightweight and Decentralized Content Sharing

One potential implementation of the Garlic Routing protocol is shown in the paper, Garlic Cast: Lightweight and Decentralized Anonymous Content Sharing.

Tor networks is that it is designed around secure, fast communication. This is made possible by allowing the garlic cast system to use random walks to find proxies in the overlay network and then use the security-enhanced Information Dispersal Algorithm to deliver content in a secure and fast manner.[5] Lastly, the garlic cast network is designed to be highly resistant to a wide range of attacks while still providing a high level of anonymity.[6]

List of P2P applications that use garlic routing

  • I2P, an anonymizing overlay network which allows applications to run on top of it (open source, written in Java)
  • distributed datastore to provide anonymity (freeware, written for Windows
    )

See also

References

  1. ^ "How to Browse the Internet Anonymously with Garlic Routing - Make Tech Easier". 21 August 2019.
  2. ^ B, David (January 27, 2014). "Common Darknet Weaknesses: An Overview of Attack Strategies".
  3. ^ Zantour, Bassam; Haraty, Ramzi A. (2011). "I2P Data Communication System". Proceedings of ICN 2011: The Tenth International Conference on Networks: 401–409.
  4. ^ "Garlic Routing - I2P". geti2p.net.
  5. ^ a b "Penn State WebAccess Secure Login". ieeexplore.ieee.org.ezaccess.libraries.psu.edu. Retrieved 2017-10-04.
  6. S2CID 5544561
    .