Iroh is a modern networking library for building P2P applications, focusing on direct connections via QUIC, reliability, and modular services for data sync and distribution.

What are iroh-docs used for?

iroh-docs provide a way to synchronize structured data between peers using CRDTs (Conflict-free Replicated Data Types), making it ideal for collaborative apps.

Is Iroh secure by default?

Yes, all Iroh connections use TLS 1.3 for encryption and peers are authenticated using unique public keys known as Node IDs.

How does Iroh handle NAT and firewalls?

Iroh uses automatic hole punching for direct connections and provides seamless relay fallback if a direct P2P connection cannot be established.

Iroh P2P Development

Name: Iroh P2P Development
Author: plurigrid

byplurigrid

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Desarrollo de API

Builds decentralized, peer-to-peer applications using the Iroh protocol for robust networking, content distribution, and state synchronization.

Acerca de

This skill provides specialized guidance for architecting and implementing modern decentralized applications using the Iroh networking stack. It enables Claude to assist with the deployment of QUIC-based P2P nodes, leveraging automatic NAT traversal (hole punching) and relay fallbacks to ensure connectivity across restrictive firewalls. The skill covers the full suite of Iroh services including iroh-blobs for large-scale content distribution, iroh-docs for conflict-free collaborative data synchronization, and iroh-gossip for real-time message broadcasting. It is designed for developers seeking to build resilient, local-first software that prioritizes data sovereignty and removes reliance on centralized infrastructure.

Características Principales

Pub/sub message broadcasting using iroh-gossip protocols
CRDT-based collaborative state sync with iroh-docs
2 GitHub stars
QUIC-based P2P networking implementation and optimization
Content-addressed storage and distribution via iroh-blobs
Automated NAT traversal and relay fallback configurations

Casos de Uso

Building decentralized file-sharing and backup systems without central servers
Developing serverless chat applications and distributed notification systems
Creating real-time collaborative editors and local-first productivity tools

Acerca de

Características Principales

Pub/sub message broadcasting using iroh-gossip protocols
CRDT-based collaborative state sync with iroh-docs
2 GitHub stars
QUIC-based P2P networking implementation and optimization
Content-addressed storage and distribution via iroh-blobs
Automated NAT traversal and relay fallback configurations

Casos de Uso

Building decentralized file-sharing and backup systems without central servers
Developing serverless chat applications and distributed notification systems
Creating real-time collaborative editors and local-first productivity tools