What is libp2p?
Decentralized peer-to-peer applications can be built with the help of the network framework Libp2p. Protocol Labs developed it, and Ethereum was later utilized in their blockchain’s network layer. The Golang implementation of libp2p is used to create both. Unlike traditional networks, distributed peer-to-peer networks face unique challenges. To enable developers to use plug-and-play networking with their distributed applications, Libp2p is a generalized toolkit.
- libp2p provides tools to deal with NAT traversal.
- Peer discovery and handshake protocols are also handled by Libp2p.
- Web3 design relies on encryption and security, and libp2p automatically supports both unencrypted protocols (such as TCP and UDP) and encrypted protocols (such as TLS and Noise).
- As security flaws are discovered, more and more patches are added to web protocols that are stuck in the 1990s. The modularity of libp2p comes into play here. The design of Libp2p allows upgrading any component while remaining backward compatible.
Features of libp2p:
There are some features of libp2p are :
- libp2p uses several means of transport, newer transports like WebRTC, and QUIC, and at the same time uses well-established transports like TCP.
- It supports multiple hosts and connectivity conditions.
- It is also used in native roaming which means that the app can migrate between the machines or the networks without any configuration steps.
- It is capable of discovering other peers without resourcing to centralized registries, enabling applications to work in offline mode.
- It provides encrypted connections.
What is the Difference Between libp2p, devp2p and RLPx?
The article focuses on discussing the difference between lipp2p, devp2p, and RLPx. The following topics will be discussed here:
- What is libp2p?
- What is devp2p?
- What us RPLx?
- libp2p vs devp2p vs RLPx.
Let’s start discussing each of these topics in detail.
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