go_bunzee

Spatial Computing+World Bulid | 매거진에 참여하세요

questTypeString.01quest1SubTypeString.00
publish_date : 25.08.27

Spatial Computing+World Bulid

#Spatial #Computing #AI #World #Buliding #Metaverse #3D #XR #Virtual

content_guide

The Second Wave of the Metaverse : Has the Metaverse Really Died?

By 2022–2023, “metaverse” seemed like a fading buzzword. VRChat, Roblox, and Meta Horizon persisted, but public attention shifted to AI.

In 2025, a new narrative emerges: Spatial Computing and AI World-Building are reviving the idea of immersive virtual worlds,

but with far more automation and scalability.

What is Spatial Computing?

Spatial Computing goes beyond VR/AR. It integrates real-world space and digital objects for natural interaction:

  • Apple Vision Pro: Launch apps in 3D space, manipulate with hands

  • Meta Quest 4: Mixed-reality games and collaboration tools

  • Samsung XR Headset: MR device integrated with Google ecosystem

The key idea: apps live in your physical space, not just on a screen.

What is AI World-Building?

Traditional metaverse creation required months of modeling and coding. Now, AI can generate worlds instantly:

  • Unreal Engine + AI: Prompt-based world generation, automatic NPC creation

  • Roblox + AI Assistant: Auto-generation of items and maps

  • Unity Muse: Code and art resource generation

AI now designs environments, stories, characters, and interactions, democratizing virtual world creation.

Why This Matters

  • - Cost Reduction: Prototyping maps in minutes instead of months

  • - Democratized Creation: Anyone can generate worlds via prompts

  • - Real-Time Interaction: NPCs powered by GPT-4o-like models for natural conversations

  • - Industry Expansion: Beyond gaming—education, architecture, marketing, and collaboration

Examples

  • - Meta Horizon Worlds: AI builder boosts user-generated content

  • - Roblox AI Code Assist: Kids can create games with simple commands

  • - Apple Vision Pro: Designers convert 2D designs (Figma) into 3D apps using AI

  • - Architecture & Real Estate: AI simulates buildings and cityscapes before physical construction

Traditional Metaverse vs AI World-Building

Feature

Traditional Metaverse

AI World-Building

Creation

Manual modeling & coding

Prompt-based automatic generation

Production Time

Months

Minutes–hours

Participants

Developers only

Anyone

NPC Behavior

Pre-scripted

AI-driven dynamic behavior

Application Scope

Gaming

Education, marketing, collaboration, architecture

Industry Applications

  • Education: Students explore AI-generated historical cities

  • Marketing: Interactive AI worlds for campaigns

  • Real Estate / Architecture: Simulate buildings in VR before construction

  • Remote Collaboration: AI virtual offices for meetings

Future Directions

  • World Models: OpenAI, DeepMind researching comprehensive world simulation

  • Platform Standards: Unreal, Unity, Roblox, Apple competing for AI metaverse dominance

  • Economy Integration: AI world-building + NFTs for creator economy

  • Hybrid UX: Seamless transition between real and AI-generated spaces

Skills to Study

Language / Tool

Platform

Use Case

C#

Unity

AR/VR/XR apps, interactive training simulations

C++

Unreal Engine

High-end graphics, large-scale AI world simulation

Swift / Objective-C

Apple Vision Pro

visionOS apps, RealityKit 3D APIs

JS / TS

WebXR / Three.js / Babylon.js

Web-based XR, browser 3D/VR experiences

Python

AI + Prototyping

AI world-building, automation, 3D asset generation

Quick Roadmap

  1. Quick start: Unity + C#

  2. High-end graphics: Unreal Engine + C++

  3. Apple Vision Pro: Swift + RealityKit

  4. Web / Cross-platform XR: WebXR + JS/TS

  5. AI + XR Fusion: Python for AI + 3D engine integration