Are Reticulum addresses unique?

Yes. With 128-bit hashes, the probability of a collision is negligible, even in networks with billions of active destinations.

How does Reticulum calculate a destination hash?

It uses a truncated SHA-256 hash (16 bytes). For SINGLE destinations, it combines a name hash derived from the app name/aspects with the recipient's identity hash.

What is the purpose of a LINK destination?

A LINK is an established, bidirectional encrypted channel between two nodes that provides reliable delivery and forward secrecy via ephemeral keys.

What is a Reticulum destination?

A destination is a 128-bit location-independent hash used for addressing and routing in the Reticulum Network Stack, replacing traditional IP addresses and ports.

How are SINGLE and GROUP destinations different?

SINGLE destinations use asymmetric encryption (public keys) for one-to-one communication, while GROUP destinations use symmetric AES-256 keys shared among multiple participants.

Reticulum Protocol Destinations

Name: Reticulum Protocol Destinations
Author: torlando-tech

bytorlando-tech

보안 및 테스팅

Manages and implements Reticulum's location-independent addressing system and cryptographic destination types.

소개

This skill provides Claude with comprehensive knowledge of the Reticulum Network Stack's addressing architecture, enabling the implementation of 128-bit cryptographic destination hashes, hierarchical naming conventions, and secure communication patterns. It is an essential resource for developers building decentralized, peer-to-peer applications that require identity-based routing, forward secrecy, and various encryption modes (SINGLE, GROUP, PLAIN, and LINK) without reliance on traditional IP infrastructure.

주요 기능

Manages forward secrecy and identity binding for secure P2P communication
Supports four distinct communication types: SINGLE, GROUP, PLAIN, and LINK
Configures proof-of-delivery strategies including PROVE_NONE, PROVE_APP, and PROVE_ALL
Calculates 128-bit location-independent destination hashes from identities and names
Implements hierarchical dotted naming conventions for structured network services
0 GitHub stars

사용 사례

Architecting secure peer-to-peer service discovery and routing
Developing location-independent applications that work across diverse network topologies
Implementing encrypted group messaging using symmetric key distribution

소개

주요 기능

Manages forward secrecy and identity binding for secure P2P communication
Supports four distinct communication types: SINGLE, GROUP, PLAIN, and LINK
Configures proof-of-delivery strategies including PROVE_NONE, PROVE_APP, and PROVE_ALL
Calculates 128-bit location-independent destination hashes from identities and names
Implements hierarchical dotted naming conventions for structured network services
0 GitHub stars

사용 사례

Architecting secure peer-to-peer service discovery and routing
Developing location-independent applications that work across diverse network topologies
Implementing encrypted group messaging using symmetric key distribution