networking

Document multiplayer network architecture and messaging for reliable implementation.

Updated Apr 21, 2026
One-click install
npx skills add https://github.com/gregoryraymond/claude-agents-and-skills --skill networking-gregoryraymond
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: networking
Source: https://github.com/gregoryraymond/claude-agents-and-skills/tree/main/skills/networking
Command: npx skills add https://github.com/gregoryraymond/claude-agents-and-skills --skill networking-gregoryraymond

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This guide clarifies the multiplayer networking architecture for this project, including the WebSocket relay, WebTransport host, and lobby server integration, to reduce friction when modifying networking-related code.

Core Features & Use Cases

  • Architecture overview with client-host-lobby flow and relayed messaging
  • Definitions of network roles (Offline, Host, Relay, Client) and message protocols
  • Practical examples of lobby interactions, state synchronization considerations, and rejoin flows

Quick Start

Refer to the architecture diagrams and lobby-server wiring to implement or modify networking code in host/client and lobby components.

Frequently Asked Questions about networking

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

FAQPage Schema
How do I document multiplayer network architecture for state synchronization?

Multiplayer network architecture is documented by defining network roles, message protocols, and endpoints across lobby, WebSocket relay, and WebTransport interactions to guide reliable state synchronization implementation.

What's the best way to manage a WebSocket relay server for multiplayer games?

Managing a WebSocket relay server involves specifying relayed messaging protocols and applying conventions to client-host-lobby flows, ensuring reliable message delivery and clear state synchronization guidance across network roles.

How does WebTransport host and client interaction work with a lobby server?

WebTransport host and client interaction works by integrating lobby server wiring with relayed messaging, defining specific data structures and protocol messages to coordinate end-to-end multiplayer flow and rejoin states.

When do I need to define specific network roles like Offline, Host, Relay, and Client?

You need to define network roles like Offline, Host, Relay, and Client when structuring multiplayer architecture to clarify state transitions, lobby interactions, and message routing across client and host code.

How do I handle state synchronization and rejoin flows in multiplayer networking?

State synchronization and rejoin flows are handled by specifying practical examples of lobby interactions and applying protocol conventions to ensure consistent client-host state recovery across WebTransport and WebSocket layers.

Can I use this approach to reduce friction when modifying multiplayer networking code?

Yes, this approach reduces friction when modifying multiplayer networking code by providing a clear architecture overview and specifying data structures, protocol messages, and endpoints for the lobby, WebSocket, and WebTransport stack.