SpaceWar²
0
by gotoAndPlay() | MIT
This demo project leverages SmartFoxServer's MMO API and server-side Extensions to implement an authoritative server running a space combat multiplayer game
This demo project is a tribute to the homonymous (except for the ²) game developed in the 60s, one of the earliest computer games in history! The purpose of this project is to showcase the capabilities of SmartFoxServer's MMO API in a realtime game
Multi Launcher
0
by Husam Alani | MIT
Launch multiple resizable test instances of your Main Scene directly in editor sub-windows. Supports per-instance custom IP assignment for networking and one-click cleanup—no @tool scripts required on your game code
Multi Launcher is a lightweight editor dock plugin for Godot 4 designed to make local multiplayer and multi-client testing fast, simple, and reliable. It automatically loads your project's configured Main Scene and spawns multiple standalone, fully
LAN Detector
0
by jmscreation | MIT
Quickly and simply establish a peer to peer connection within the local broadcast domain automatically
This plugin quickly and simply establishes a peer to peer connection within the local broadcast domain automatically. When both the server and client are both running within the same local broadcast domain, the server should automatically be found by the
WifiGD
1
by NateClarkTech | MIT
GDExtension for Wi-Fi management for Godot 4 — scan, connect, disconnect, radio toggle, and connectivity from GDScript without blocking the main thread
WifiGD WifiGD is a GDExtension add-on for Godot 4.3+ that lets your game or tool control system Wi‑Fi from GDScript. Scan nearby networks, connect (open or WPA2‑PSK), disconnect, list adapters, read connection state (SSID, IP, gateway, DNS), and enable or
Freelay
0
by FreehuntX | MIT
Freelay adds serverless multiplayer to Godot 4 using plain MQTT brokers. It provides public channels with cryptographically signed messages, end-to-end encrypted private peer sessions, and an optional upgrade to direct WebRTC connections—all without
Godot Freelay Serverless multiplayer for Godot 4 on top of plain MQTT brokers, implementing the Freelay protocol (see freelay-spec.md ): signed public channels, end-to-end encrypted private sessions, presence with tamper resistance, and an optional WebRTC
MQTT Node
0
by FreehuntX | MIT
This is a simple implementation of MQTT 3. It adds a node that can be used entirely without code and just visually! Just WS/WSS brokers are supported for cross-compatibility reasons (browser support). There are no plans/needs to add TCP/UDP
MQTT Node Overview A robust MQTT 3.1.1 client for Godot 4, written in pure GDScript and using WebSocket transport only ( ws / wss ). There are no plans to support raw TCP/UDP — WebSocket keeps it web-export friendly. The addon exposes an MqttNode node
Spatial Audio
0
by gotoAndPlay() | MIT
This demo project shows how to turn live voice streams provided by the SmartFoxServer 3 audio API into positional (3D) audio sources in a Godot scene
In this demo users can move their avatars in a simple 3D space using arrow keys, while their position and rotation are broadcast to the other clients through User Variables. Everyone's microphone is captured and streamed automatically on entering the
Buddy Voice Chat
0
by gotoAndPlay() | MIT
This demo project shows how to use SmartFoxServer audio API to add real‑time voice communication to a Godot application
Built on top of the SmartFoxServer 3 Buddy List system, this demo lets users manage a contact list and place one‑to‑one voice calls to online buddies, complete with call invitations, text chat, and mute controls. It demonstrates the full audio workflow
Shooter
0
by gotoAndPlay() | MIT
This demo project shows how to develop a full multiplayer realtime combat game with Godot and SmartFoxServer
This demo project shows how to develop a full multiplayer first/third person combat game with Godot and SmartFoxServer 3. The game utilizes SmartFoxServer 3's ability to mix TCP and UDP -based messaging. All critical game informations (shooting, animation
Tic-Tac-Toe
0
by gotoAndPlay() | MIT
This demo project shows how to develop a full multiplayer turn-based game with Godot and SmartFoxServer
This demo project shows how to develop a full multiplayer turn-based game with Godot and SmartFoxServer 3 by implementing the well-known paper-and-pencil game for two players. Nonetheless it also supports spectators, who can participate in the game and
Lobby Matchmaking
0
by gotoAndPlay() | MIT
This demo project, third in a series of three, shows how to use SmartFoxServer's match-making system to join players in games based on their skill level, and how to implement invitations to play
This demo project is the third one in a series of three in which you will learn how to lay the foundations for a lobby application to be used as a template in multiplayer game development. A lobby is a staging area which players access before joining the
Lobby Buddies
0
by gotoAndPlay() | MIT
This demo project, second in a series of three, leverages SmartFoxServer's Buddy List system to add more features to a lobby application: friends list, private chat, user profile and more
This demo project is the second one in a series of three in which you will learn how to lay the foundations for a lobby application to be used as a template in multiplayer game development. A lobby is a staging area which players access before joining the
Lobby Basics
0
by gotoAndPlay() | MIT
This demo project, first in a series of three, implements the basic structure of a lobby in a multiplayer game, showing how to launch and join games in SmartFoxServer, and also add an in-game chat
This demo project is the first one in a series of three in which you will learn how to lay the foundations for a lobby application to be used as a template in multiplayer game development. A lobby is a staging area which players access before joining the
Connector
0
by gotoAndPlay() | MIT
This demo project shows how to connect to SmartFoxServer 3 and complete the login process
This demo project shows how to setup and use the SmartFox client API object in order to establish a connection to SmartFoxServer and execute the login process. It also features the logic needed to activate SmartFoxServer's protocol cryptography. For more
WebSocket Multiplayer Demo
0
by Godot Foundation | MIT
This is a sample showing how the use WebSockets along with the Multiplayer API in Godot
This is a sample showing how the use WebSockets along with the Multiplayer API in Godot. Language: GDScript Renderer: Compatibility
WebSocket Minimal Demo
0
by Godot Foundation | MIT
This is a minimal sample of connecting two peers to each other using WebSockets
This is a minimal sample of connecting two peers to each other using WebSockets. Language: GDScript Renderer: Compatibility
WebSocket Chat Demo
0
by Godot Foundation | MIT
This is a demo of a simple chat implemented using WebSockets, showing both how to host a websocket server from Godot and how to connect to it
This is a demo of a simple chat implemented using WebSockets, showing both how to host a websocket server from Godot and how to connect to it. Language: GDScript Renderer: Compatibility
WebSocket Signaling Demo
0
by Godot Foundation | MIT
A WebSocket networking demo divided in 4 parts: server written in GDScript, `server_node` written in Node.js (for matchmaking purposes), client written in GDScript and a demo project
This demo is divided in 4 parts: The server folder contains the signaling server implementation written in GDScript (so it can be run by a game server running Godot) The server_node folder contains the signaling server implementation written in Node.js (
WebRTC Minimal Demo
0
by Godot Foundation | MIT
This is a minimal sample of using WebRTC connections to connect two peers to each other
This is a minimal sample of using WebRTC connections to connect two peers to each other. Note You must extract the latest version of the WebRTC GDExtension plugin in the project folder to run from desktop. Language: GDScript Renderer: Compatibility
Pong Multiplayer Demo
1
by Godot Foundation | MIT
A multiplayer implementation of the classic pong game
A multiplayer implementation of the classic pong game. One of the players should press Host, while the other should type in the host's IP address and press Join. Language: GDScript Renderer: Compatibility Note The non-multiplayer version is available here
Multiplayer Bomber Demo
0
by Godot Foundation | MIT
A multiplayer implementation of the classic bomberman game
A multiplayer implementation of the classic bomberman game. One of the players should press Host, while other player(s) should type in the host's IP address and press Join. Language: GDScript Renderer: Compatibility
Pong Multiplayer with C# Demo
0
by Godot Foundation | MIT
A multiplayer demo of Pong. One player presses "host". The other presses "join". This only works locally
A multiplayer demo of Pong. One player presses "host". The other presses "join". This only works locally. Language: C# Renderer: Compatibility Note There is a GDScript version available here
WebRTC plugin
0
by Fabio Alessandrelli | MIT
WebRTC implementation for Godot native platforms
The webrtc-native extension enables WebRTC datachannel support on desktop and mobile platforms via the built-in classes WebRTCPeerConnection , WebRTCDataChannel and WebRTCMultiplayerPeer . See WebRTC minimal demo or signalling demo for examples
WebRTC Piggyback
0
by Jounce Studios | MIT
This addon provides a simple interface for creating P2P WebRTC connections without the need of a signaling server. Instead, this plugin relies on existing distributed networks, and currently supports WebTorrent trackers or Nostr relays for establishing
godot-piggyback Serverless WebRTC matchmaking for Godot - perfect as a "set-and-forget" solution for game jams. This package signals peers by piggybacking off existing distributed networks, requiring no dedicated matchmaking server. It defaults to Nostr
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