The metaverse and spatial computing: a guide for UX designers
For UX designers, the metaverse means designing immersive, often 3D experiences across virtual reality, augmented reality and mixed reality devices. Key considerations include new input methods such as gaze, gestures and voice, physical comfort and safety, spatial layout, social interaction, accessibility and choosing use cases where immersion genuinely helps, such as training, collaboration and visualisation.
What the metaverse means for designers
The term metaverse is used to describe shared, persistent digital spaces where people can interact with each other and with digital content, often in three dimensions. It covers virtual reality worlds experienced through headsets, augmented reality layers seen through phones or glasses, and mixed reality experiences that blend digital objects with the physical environment. Technology companies increasingly use the broader term spatial computing for devices and software that place digital content in the space around the user.
Interest in the metaverse has risen and fallen with headlines, but the underlying technologies continue to mature. Headsets are becoming lighter and more capable, AR features are built into everyday phones, and businesses are finding practical uses in training, design review, remote collaboration and retail. For UX designers, this creates new challenges, while many familiar principles still apply.
Devices and platforms
| Type | Examples of use | Design considerations |
|---|---|---|
| Virtual reality headsets | Training, games, virtual meetings | Full immersion, comfort, motion sickness |
| Mixed reality headsets | Design review, productivity, collaboration | Blending digital and physical space |
| AR on phones and tablets | Product previews, navigation, education | Short sessions, one-handed use |
| Desktop and web 3D | Virtual showrooms, events, configurators | Accessible without special hardware |
Many experiences need to work across several of these, from a headset to a laptop browser. Designing a consistent experience that adapts to each device, rather than assuming everyone has a headset, widens the audience significantly. Our post on augmented reality covers phone-based AR in more detail.
New ways of interacting
Immersive experiences replace the mouse and touchscreen with new inputs. Users may point with hand controllers, select with their gaze, pinch with their fingers, speak commands or simply move their bodies. Each input has strengths and limits. Hand tracking feels natural but can be tiring for long periods. Gaze selection is fast but can trigger actions accidentally. Voice is convenient but not always appropriate in shared spaces.
- Controllers: Precise and familiar to gamers, but require hardware.
- Hand tracking: Natural, but tiring for long sessions.
- Gaze: Fast to target, needs clear confirmation to avoid mistakes.
- Voice: Hands-free, but less private and less precise.
Designing in space
In spatial interfaces, content is placed around the user rather than on a flat rectangle. Designers must decide how far away panels appear, how large text needs to be to remain readable, where controls sit so they are easy to reach and how content follows or stays fixed as users move. Placing frequently used content within a comfortable field of view and at a comfortable distance reduces strain. Clear depth cues, shadows and lighting help users judge where things are.
- Keep key content within a comfortable viewing angle
- Use larger, high-contrast text than on screens
- Place controls within easy reach
- Avoid content that moves unexpectedly
- Use depth, shadows and sound to guide attention
Comfort and safety
Comfort is a design requirement, not an afterthought. Movement that does not match what the body feels can cause motion sickness, so many experiences use teleportation or gradual movement instead of continuous artificial motion. Sessions should allow breaks, and interfaces should avoid forcing users to hold their arms up or turn their heads frequently. In mixed reality, designers must also consider physical safety, such as warning users about real obstacles around them.
Social interaction and presence
Many metaverse experiences are social: meetings, events, classes or games with other people represented by avatars. Designers need to consider how people express themselves, communicate, share content and manage personal space. Safety tools, such as muting, blocking, reporting and personal boundaries, are essential to protect users from harassment, especially in open public spaces.
Accessibility in immersive experiences
Immersive experiences can exclude people who cannot use certain inputs, stand for long periods, see 3D effects or tolerate motion. Offering alternative inputs, seated modes, captions for audio, adjustable text size and contrast, and options to reduce motion makes experiences usable by more people. Where possible, provide a non-immersive alternative, such as a web or mobile version. Our guide to accessibility in UI/UX design sets out principles that apply here too.
Where immersive design adds value
| Use case | Why immersion helps |
|---|---|
| Training and simulation | Practise risky or expensive tasks safely |
| Design and engineering review | See products and spaces at real scale |
| Remote collaboration | Shared spatial workspaces for distributed teams |
| Retail and property | Preview products or spaces before buying |
| Education and culture | Explore places, history and concepts interactively |
The strongest projects start from a real problem that immersion solves better than a screen. If a flat interface would work just as well, it is usually cheaper, more accessible and easier to adopt.
Getting started as a designer
Designers new to immersive work can start small. Prototype a simple scene, test it on a headset or phone with a few users and observe comfort, clarity and ease of interaction. Many skills transfer directly from screen-based work, including research, information architecture and interaction design. Our modern UI design guide covers foundations that remain useful in 3D.
Frequently asked questions
Is the metaverse still relevant?
The term has become less fashionable, but immersive technologies and spatial computing continue to grow, especially in training, collaboration and retail.
Do UX principles change for immersive design?
Core principles such as clarity, feedback and accessibility stay the same. Inputs, layout, comfort and safety add new considerations.
What causes motion sickness in VR?
A mismatch between what users see and what their body feels. Teleportation, stable reference points and gentle movement reduce it.
Which tools do designers use for immersive experiences?
Common tools include game engines such as Unity and Unreal, web 3D frameworks, and prototyping tools with 3D or AR support.