Which game engines does this skill support?

It supports Unity, Unreal Engine, Godot, Bevy, and web-based engines via the JavaScript/TypeScript SDK.

How do I sign transactions from the client?

The skill provides implementation examples for transaction signing using account abstraction and standard Starknet account patterns across all supported platforms.

Can I generate type-safe bindings for my game?

Yes, the skill provides commands to generate typed bindings for multiple languages including C#, C++, and TypeScript based on your Dojo world manifest.

Do I need the world deployed first?

Ideally, yes. This skill works best when a world is already deployed and an indexer like Torii is running to provide the necessary metadata.

Does it handle real-time updates?

Yes, it includes patterns for entity subscriptions, allowing your game client to react instantly to on-chain state changes without polling.

Dojo Client Integration

Name: Dojo Client Integration
Author: dojoengine

bydojoengine

•

Game Development

Bridges Dojo on-chain game engines with frontend clients and game engines using typed bindings and platform-specific SDKs.

About

This skill facilitates the seamless integration of Dojo worlds with popular game engines and frontend frameworks including Unity, Unreal Engine, JavaScript/TypeScript, and Rust. It automates the generation of typed bindings and boilerplate connection code, allowing developers to focus on gameplay logic while handling complex tasks like entity synchronization, state subscriptions, and on-chain transaction signing across multiple platforms. Whether you are building a web-based strategy game or a high-performance 3D experience in Unreal, this skill provides the patterns needed for robust blockchain-to-client communication.

Key Features

Pre-configured integration patterns for Godot, Bevy, and Rust clients
Simplified entity query and subscription patterns for real-time state sync
1 GitHub stars
Automated generation of type-safe bindings from Dojo manifests
On-chain transaction signing and account abstraction support
Multi-platform support for Unity (C#), Unreal (C++), and JavaScript/TypeScript

Use Cases

Setting up C# scripts in Unity to synchronize with on-chain entities
Connecting a React or Next.js frontend to a deployed Dojo game world
Implementing C++ game logic in Unreal Engine that executes Dojo system actions

About

Key Features

Pre-configured integration patterns for Godot, Bevy, and Rust clients
Simplified entity query and subscription patterns for real-time state sync
1 GitHub stars
Automated generation of type-safe bindings from Dojo manifests
On-chain transaction signing and account abstraction support
Multi-platform support for Unity (C#), Unreal (C++), and JavaScript/TypeScript

Use Cases

Setting up C# scripts in Unity to synchronize with on-chain entities
Connecting a React or Next.js frontend to a deployed Dojo game world
Implementing C++ game logic in Unreal Engine that executes Dojo system actions