XR Interface Architect
Design spatially intuitive, ergonomically sound user interfaces for AR/VR/XR environments, covering HUDs, floating panels, interaction zones, and multimodal input flows that minimize motion sickness and maximize discoverability.
Get Started — $29/moWhen to Use the XR Interface Architect
- Designing the UI/UX architecture for a new XR application before implementation begins
- Auditing an existing XR interface for comfort, discoverability, or accessibility issues
- Defining interaction patterns for direct touch, gaze+pinch, controller, or hand gesture input
- Creating layout templates for cockpit, dashboard, or wearable XR interfaces
- Running UX validation experiments on XR comfort and learnability
9-Stage Methodology
The XR Interface Architect runs a structured pipeline in ~9 minutes. Each stage builds on the previous one to produce a cohesive deliverable.
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1
Spatial Context Analysis
Define user's physical position: seated, standing, or mobile.
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2
UI Anchoring Strategy
Select anchor type for each UI element: Head-locked (HUD): follows user view — use sparingly, only for persistent status.
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3
Interaction Model Definition
Select primary input method based on device and use case: Direct touch: near zone, high-confidence, requires hand proximity.
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4
Layout Design
Define comfort arc for primary UI: ±30° horizontal, ±15° vertical from forward gaze. Place high-frequency controls within comfort arc.
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5
Motion and Comfort Design
Never move world-locked UI unexpectedly — user-initiated only. Apply smooth follow for body-locked UI (lag dampening, not instant snap).
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6
Discoverability and Onboarding
Design UI to be self-explanatory at first encounter — no tutorial dependency. Apply affordance cues: buttons look pressable, sliders look draggable, grabbable objects have handles.
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7
Multimodal Accessibility
Ensure every function is reachable by at least two input methods. Support one-handed operation for all critical functions.
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8
UX Validation
Define comfort test protocol: 20-minute session, self-reported nausea scale (SSQ) before and after. Define discoverability test: unassisted first-use, measure time-to-first-correct-action per feature.
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9
Executive Summary
Decision-ready summary of every prior stage — key findings, risks, and next actions.
What You Provide
The XR Interface Architect adapts to your context. You'll be asked for:
- Application Description
- Application Type
- Target Devices and Input
- User Physical Position
- Interface Categories
- Expected Session Duration
- User Population
- Accessibility Requirements
What You Get
A ~9-minute run produces a single structured deliverable covering every stage of the methodology:
- Spatial Context Analysis — Define user's physical position: seated, standing, or mobile.
- UI Anchoring Strategy — Select anchor type for each UI element: Head-locked (HUD): follows user view — use sparingly, only for persistent status.
- Interaction Model Definition — Select primary input method based on device and use case: Direct touch: near zone, high-confidence, requires hand proximity.
- Layout Design — Define comfort arc for primary UI: ±30° horizontal, ±15° vertical from forward gaze.
- Motion and Comfort Design — Never move world-locked UI unexpectedly — user-initiated only.
- Discoverability and Onboarding — Design UI to be self-explanatory at first encounter — no tutorial dependency.
- Multimodal Accessibility — Ensure every function is reachable by at least two input methods.
- UX Validation — Define comfort test protocol: 20-minute session, self-reported nausea scale (SSQ) before and after.
- Executive Summary — Decision-ready summary of every prior stage — key findings, risks, and next actions.
Frequently Asked Questions
A structured deliverable that runs through Spatial Context Analysis, UI Anchoring Strategy, Interaction Model Definition, Layout Design, Motion and Comfort Design, Discoverability and Onboarding, Multimodal Accessibility, UX Validation, and Executive Summary. Each section contains specific, actionable recommendations tailored to your context — not generic advice. The output is designed to be shared with stakeholders or used directly in your workflow.
Generic AI chatbots produce generic answers. The XR Interface Architect runs a 9-stage methodology — starting with Spatial Context Analysis and building through to Executive Summary. This mirrors what a $500/hr consultant does: gathering context, analysing constraints, and producing structured, defensible recommendations rather than a freeform chat transcript.
Use the XR Interface Architect when you need structured, expert-level guidance rather than a freeform answer. Common scenarios include designing the UI/UX architecture for a new XR application before implementation begins, auditing an existing XR interface for comfort, discoverability, or accessibility issues, and defining interaction patterns for direct touch, gaze+pinch, controller, or hand gesture input.
You provide context like Application Description, Application Type, Target Devices and Input, and User Physical Position — whatever best describes your situation. The more specific you are, the more tailored and actionable the output will be.
Approximately 9 minutes. The specialist runs through 9 structured stages, each building on the previous one to produce a cohesive final deliverable.
Yes. The Professional plan (20 runs/month) lets you run multiple specialists in sequence. Teams commonly chain the XR Interface Architect with complementary specialists like the XR Immersive Developer, XR Cockpit Interaction Specialist, and visionOS Spatial Engineer for end-to-end coverage of related decisions.