QU3 AR App UX: Web3 Social Platform for 3D Creators

ABOUT THIS PROJECT

QU3 is a next-generation mobile application bridging spatial computing, spatial social media, and digital asset ownership. Engineered as a Creator-Focused Mobile App, QU3 combines a mobile 3D scene editor, geo-anchored spatial content, and a decentralized digital asset framework. The platform allows creators, gamers, and tech enthusiasts to construct, place, and share 3D objects directly within real-world environments using an interactive AR Camera UI.

Industry

E-Commerce

Scope

UX/UI Design

Timeline

6 Weeks

The Solution

Augmented reality content creation has long been restricted to desktop software or locked within proprietary social media filters. Existing platforms lack an intuitive mobile-first interface for building full 3D spatial scenes, while traditional social feeds flatten spatial media into standard 2D photos and videos.

QU3 required a unified interface that could handle complex spatial workflows—such as 3D object manipulation, texture mapping, and depth placement—without overwhelming non-technical mobile users. Furthermore, the product needed to solve spatial discovery through a Marker-Based AR System and geolocation anchors, allowing users to discover spatial creations anchored to physical locations while supporting NFT 3D Assets and digital ownership.

The Solution

Augmented reality content creation has long been restricted to desktop software or locked within proprietary social media filters. Existing platforms lack an intuitive mobile-first interface for building full 3D spatial scenes, while traditional social feeds flatten spatial media into standard 2D photos and videos.

QU3 required a unified interface that could handle complex spatial workflows—such as 3D object manipulation, texture mapping, and depth placement—without overwhelming non-technical mobile users. Furthermore, the product needed to solve spatial discovery through a Marker-Based AR System and geolocation anchors, allowing users to discover spatial creations anchored to physical locations while supporting NFT 3D Assets and digital ownership.

The Solution

To make spatial content creation accessible on mobile devices, the initiative followed six core design pillars focused on spatial usability, real-time feedback, and social discovery.

Market Research & Workflow Mapping

Analyzed spatial creation platforms and camera tools (Snap AR, Instagram AR, TikTok Effects, Spatial.io) to map user journeys for creators and digital collectors. Defined clear requirements for Augmented Reality Content Creation on small viewports.

Analyzed spatial creation platforms and camera tools (Snap AR, Instagram AR, TikTok Effects, Spatial.io) to map user journeys for creators and digital collectors. Defined clear requirements for Augmented Reality Content Creation on small viewports.

Competitor & Platform Analysis

Competitor & Platform Analysis

Studied feature sets, strengths, and gaps across top platforms.

Creator and Digital Collector Journeys

Creator and Digital Collector Journeys

Mapped end-to-end user flows from discovery to engagement.

AR Content Creation Workflows

AR Content Creation Workflows

Understood how creators build, edit, and publish AR experiences.

Small-Viewport Interaction Patterns

Small-Viewport Interaction Patterns

Analyzed how users interact on mobile and compact screens.

Usability Challenges

Usability Challenges

Highlighted friction points and limitations across spatial platforms.

Content Discovery & Creation Requirements

Content Discovery & Creation Requirements

Identified what creators and collectors need to find, create, and manage content effectively.

snapchat

snapchat

instagram

instagram

TikTok

TikTok

Spatial

Spatial

Spatial Architecture & Flow Strategy

Mapped a seamless path from creation to discovery: 3D Editor → Real-World AR Anchor → Publish → Global Discovery. Designed the information hierarchy for location-based spatial feeds, local AR markers, and a future-ready Web3 Social App Design infrastructure for spatial asset ownership.

Mapped a seamless path from creation to discovery: 3D Editor → Real-World AR Anchor → Publish → Global Discovery. Designed the information hierarchy for location-based spatial feeds, local AR markers, and a future-ready Web3 Social App Design infrastructure for spatial asset ownership.

3D Editor → Real-World AR Anchor → Publish → Global Discovery

3D Editor → Real-World AR Anchor → Publish → Global Discovery

3D Editor → Real-World AR Anchor → Publish → Global Discovery

Visual Framework & Spatial Design System

Developed a futuristic visual identity utilizing translucent floating glass panels, neon accents, and dark-mode depth palettes. Built specialized UI components including dynamic spatial grid indicators, 3D transform gizmos, and AR depth overlays.

Developed a futuristic visual identity utilizing translucent floating glass panels, neon accents, and dark-mode depth palettes. Built specialized UI components including dynamic spatial grid indicators, 3D transform gizmos, and AR depth overlays.

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Light

Medium

Bold

High-Fidelity UI & Spatial Experience

Crafted polished interfaces for the camera creation viewport and discovery feeds. Implemented clear visual states for object placement, surface detection grid overlays, and interactive spatial post cards within a Community-Driven AR Platform.

Crafted polished interfaces for the camera creation viewport and discovery feeds. Implemented clear visual states for object placement, surface detection grid overlays, and interactive spatial post cards within a Community-Driven AR Platform.

The Impact

The completed design ecosystem established QU3 as an innovative AR Social Platform that transforms physical space into an interactive digital gallery.

Frictionless Mobile 3D Creation:

Mobile-optimized spatial toolbars allowed creators to assemble, texture, and deploy 3D spatial scenes in minutes without prior desktop modeling experience.

Engaging Location-Based Discovery

Real-world geolocation anchors and marker scanning increased real-world user engagement, encouraging users to explore physical neighborhoods to unlock digital spatial art

Seamless Web3 Readiness

Integrated digital asset displays and ownership tags gave creators transparent attribution for their Decentralized Content Ownership models.

Streamlined Mobile AR Engineering

Detailed interaction specs and spatial gesture guidelines provided developers with exact behavioral triggers for surface detection and camera tracking integration.