How to deploy a Hyperfy world on my own server?

Hyperfy supports Docker deployment with detailed instructions in DOCKER.md. For standard setups, run npm run build for production, then npm start after configuring .env variables for server hosting.

Hyperfy vs A-Frame: which is better for building virtual worlds?

Hyperfy is a full framework with built-in physics, networking, and self-hosting, ideal for persistent, interactive worlds. A-Frame is lighter and uses HTML-like syntax for VR/AR web scenes, better for simpler 3D experiences without server components.

Can Hyperfy handle large multiplayer sessions?

It includes networked real-time collaboration, but scaling to hundreds of users requires server optimization and resources. The physics engine and networking may need tuning for performance in large-scale environments.

How to create custom interactive apps in Hyperfy?

Use the interactive app system with JavaScript to build dynamic applications. The component-based architecture allows extensibility, and real-time content creation enables in-world editing for rapid development.

Does Hyperfy work on mobile devices?

WebXR support allows VR on compatible mobile devices, but 3D rendering and physics can strain performance on older phones. Optimization and testing are crucial for smooth mobile experiences.

What are the system requirements for running Hyperfy?

Server-side needs Node.js 22.11.0+ and adequate resources for physics and networking. Client-side requires a modern browser with WebGL and WebXR support, with better performance on higher-end devices.

Open-Awesome

Hyperfy

GPL-3.0JavaScriptv0.10.0

An open-source framework for building, deploying, and experiencing interactive 3D virtual worlds with real-time collaboration.

GitHub

294 stars110 forks0 contributors

What is Hyperfy?

Hyperfy is an open-source framework for building interactive 3D virtual worlds. It combines a physics engine, networked real-time collaboration, and a component-based app system to create immersive experiences that can be self-hosted or connected to a wider ecosystem.

Target Audience

Developers, creators, and organizations looking to build and deploy interactive 3D virtual worlds for events, social spaces, gaming, education, or creative showcases.

Value Proposition

It offers a self-hostable, extensible platform with real-time content creation, physics-based interactions, and WebXR support, enabling full control and customization over virtual environments.

Overview

World building for everyone

Use Cases

Best For

Hosting virtual events and conferences with spatial audio
Creating interactive product showrooms and demos
Building social community hubs for real-time collaboration
Developing immersive gaming environments and worlds
Designing educational experiences and interactive learning spaces
Showcasing 3D art and interactive installations

Not Ideal For

Projects focused solely on 2D web applications without 3D elements
Teams needing out-of-the-box templates with minimal configuration and no server management
Applications requiring high performance on low-end mobile devices or limited bandwidth
Use cases where API stability is critical for long-term production deployments

Pros & Cons

Pros

Self-Hostable Worlds

Enables hosting persistent 3D worlds on your own domain, providing full control over deployment and customization, as highlighted in the standalone persistent worlds feature.

Real-time Collaboration

Supports building directly in-world with networked editing, facilitating live content creation and interactive experiences, backed by the realtime content creation feature.

Physics Engine Integration

Uses PhysX for realistic simulations, enhancing immersion with object interactions and environmental dynamics, specified in the physics-based interactions bullet.

WebXR VR Support

Offers built-in WebXR support for VR experiences, allowing users to engage with worlds in virtual reality, mentioned in the WebXR support feature.

Cons

Alpha Stability Risks

The project is in alpha with APIs highly likely to change, leading to breaking changes and instability for production use, as noted in the project status section.

Complex Initial Setup

Requires Node.js 22.11.0+, environment configuration, and multiple installation steps, which can be daunting for users unfamiliar with server-side JavaScript ecosystems.

Performance Overheads

Physics simulations and real-time networking may impose significant performance costs on client devices and bandwidth, limiting accessibility on low-spec systems or slow networks.

Frequently Asked Questions

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Official Documentation