Erlang Distribution

Configure cross-node connectivity and inter-node messaging for BEAM-based Erlang systems.

187|20|Updated Nov 20, 2025

Search Tags:#distribution #cluster #multi-node #BEAM #Erlang

Ready to run

npx skills add https://github.com/TheBushidoCollective/han --skill erlang-distribution

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: Erlang Distribution
Source: https://github.com/TheBushidoCollective/han/tree/main/jutsu/jutsu-erlang/skills/erlang-distribution
Command: npx skills add https://github.com/TheBushidoCollective/han --skill erlang-distribution

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Distributed Erlang enables location-transparent processes and robust multi-node systems.

Core Features & Use Cases

Node connectivity and clustering
Global name registration and distributed messaging
Handling network partitions and remote RPC patterns

Quick Start

Start two named nodes and connect them, then send a message across nodes.

Frequently Asked Questions about Erlang Distribution

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I set up a multi-node Erlang cluster with fault tolerance?▼

Erlang distribution enables location-transparent processes across nodes by establishing node connectivity and inter-node messaging. Start named nodes, connect them using net_kernel, and configure automatic discovery to build a fault-tolerant cluster that handles network partitions and remote spawning.

What's the best way to send messages between Erlang processes on different nodes?▼

Distributed Erlang provides location transparency, allowing you to send messages to remote processes without knowing their physical node. Use global name registration or RPC patterns to address processes across nodes, with the BEAM runtime automatically routing messages and handling node failures.

Can I use Erlang distribution to handle network partitions in production?▼

Yes. Erlang distribution is built for production multi-node deployments and includes built-in handling of network partitions through node monitoring and detection. Design distributed supervision trees and RPC patterns to gracefully tolerate temporary disconnections and recover when nodes rejoin.

How does global name registration work across Erlang nodes?▼

Global name registration allows processes on any node to register and discover named processes cluster-wide. The distributed BEAM synchronizes registrations across all connected nodes, enabling you to send messages to registered names without hardcoding node locations.

When do I need distributed supervision trees in Erlang clustering?▼

Distributed supervision trees coordinate fault recovery across multiple nodes in a cluster. Use them when you need coordinated process restart policies, automatic failover, and resilience to node failures—essential for maintaining uptime in production multi-node systems.

Does Erlang distribution support automatic node discovery?▼

Erlang distribution enables automatic node discovery through configured seed nodes and net_kernel connectivity. Once connected, nodes form a fully connected mesh, allowing remote process spawning and RPC communication without manual peer registration.