Which devices will support AR in 2025 and beyond?

The hardware foundation for augmented reality is now ubiquitous. In the high-end segment, spatial computing dominates with headsets such as the Apple Vision Pro or the Meta Quest 3 (with passthrough AR). In the broader e-commerce market, WebAR seamlessly accesses the native interfaces of smartphones: the iPhone 14 Pro and newer models use ARKit (via Safari and USDZ), while Android devices rely on ARCore and the Scene Viewer.

Do I absolutely need a headset for augmented reality?

No. While headsets offer the most immersive experience for trade shows or B2B showrooms, WebAR is the gold standard in e-commerce. With WebAR, Digital Twins are displayed directly in the smartphone browser without requiring the customer to install an app. This accessible technology significantly maximizes the reach and user adoption of your 3D products.

Does augmented reality demonstrably increase revenue?

Yes, the ROI is massive and measurable. Analyses by major platforms (such as Shopify) show that interactive 3D and AR viewers can increase the conversion rate by up to 94%. In addition, the return rate in the premium furniture and tech segments drops dramatically, as customers can accurately assess the product’s dimensions, materials, and how it will look in their own homes before making a purchase.

Which engine is state-of-the-art for AR assets?

When it comes to creating photorealistic, high-end AR assets, Unreal Engine (specifically version 5.4 and later, with Lumen GI and path tracing) is the gold standard. This is where master scenes and Digital Twins are built with the highest level of detail before being optimized through retopology for mobile WebAR applications and rendered with high performance.

Which authoring tool is recommended for AR content?

In B2B production, Adobe Substance 3D has established itself as the industry standard. The software enables the procedural creation of physically accurate PBR (Physically Based Rendering) materials. Specialized mixed-reality pipelines ensure the seamless export of these PBR shaders to compressed mobile formats such as glTF and USDZ.

How do I scale high-poly models for mobile AR?

For e-commerce, large CAD files must be drastically optimized. This is achieved through retopology (targeted reduction of the number of polygons) and "texture baking" of high-resolution details into high-performance normal maps. For industrial B2B applications where no details can be lost, cloud streaming solutions such as Microsoft Azure Remote Rendering can be used as an alternative.

What is augmented reality? Definition & example

Glossary

What is augmented reality?

Laura Weidner

•

Last updated:

May 11, 2026

In this glossary article:

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Glossary

What is augmented reality?

Laura Weidner

•

Last updated:

May 11, 2026

What is augmented reality (AR)?

Augmented Reality—or AR for short—superimposes virtual 3D elements onto the real-world environment, allowing both layers to interact with each other in real time. Unlike virtual reality, the user remains in their physical world but receives context-specific, interactive additional information.

How It Works – Step by Step

Step 1: Sensors & tracking

Camera, LiDAR, or ToF sensors detect depth, position, and motion.

Step 2: Spatial Mapping

The sensor data is used to generate a low-poly mesh of the room for collision detection.

Step 3: Rendering

A rendering engine adjusts the lighting and shadows of 3D objects to match the real-world scene.

Step 4: Interaction

Touch, gesture, or voice input changes the position, color, or variations of the objects in real time.

AR Viewer in action: A photorealistic 3D chair is placed in the living room to scale—this lets customers experience furniture before they buy it.

3D rendering of a bright living room with a brown leather sofa and a view of the surrounding nature through large windows

From Technical Term to Visual Experience

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AR vs. VR vs. MR vs. XR – Overview

Term	Do you see the real world?	Do digital objects respond to walls, table edges, and the like?	Real-World Example
AR (Augmented Reality)	– The camera shows your surroundings	Basic: Objects are anchored to the floor, but, for example, there is no realistic shadow cast on the couch	IKEA Place App: Place a Sofa in Your Living Room
VR (Virtual Reality)	– You're completely immersed in a 3D world	– (not applicable, because the real world is hidden)	Meta Quest game "Beat Saber"
MR (Mixed Reality)	– You can still see the room	Complete: Virtual objects detect walls, cast shadows on them, and bounce off furniture	Apple Vision Pro: A virtual monitor really is on your desk
XR (Extended Reality)	Collective term for AR, MR, and VR	–	Often used as a general term in tech articles

Symbol Key

✔ =true / present

✖ =not available

↗ =partially / in a simplified form

– =not applicable (because the real world is hidden)

In a nutshell:

AR superimposes a 3D object onto your camera view.

MR goes further: The 3D object really interacts with your physical environment -> Mixed Reality.

VR completely replaces the environment.

XR is simply the umbrella term for all three.

Market Potential in 2025

Global AR Revenue ≈ $120 Billion (2025 Forecast) - Grand View Research Article

With Vision Pro, Apple is launching its first widely marketed “spatial computing headset” (scheduled forrelease in February 2025)

Enterprise solutions dominate, but consumer AR is gaining ground thanks to VisionOS apps and Android smart glasses form factors — Augmented Reality (AR) Trends for 2025

Benefits for Home & Living brands

Real-Life Preview: Customers can place a sofa, rug, or lamp—to scale—in their own room.

Variant Configurator: Change fabrics and colors in seconds—ideal for e-commerce.

‍Trade Show Booth 2.0: Fewer physical prototypes, but interactive AR models on a tablet instead.

Content Recycling: The same 3D asset is used for an AR app, an online configurator, and a print rendering.

Typical Workflows

3D modeling & UV mapping
PBR material setup (Albedo, Roughness, Metalness, Normal)
Asset optimization (≤ 200 k Polys, LODs)
Export as glTF/GLB (browser) or USDZ (iOS)
Deployment in Unreal AR, Unity AR-Foundation or native VisionOS app
Analytics – Click Hotspots, Dwell Time, Conversion Tracking

Behind the scenes at Danthree Studio: Our team optimizes CAD data, material samples, and‍PBR maps so that products later appear seamlessly in augmented reality.

FAQs - Augmented Reality

‍‍

Which devices support AR 2025?

Apple Vision Pro
iPhone 14 Pro + (WebAR via Safari & USDZ)
Android devices with ARCore/Scene Viewer
Meta Quest 3 (Passthrough AR)

Do I absolutely need a headset?

No. Basic AR already works in the smartphone browser - see Apple's overview "Augmented Reality on iPhone & iPad".

How do I scale high-poly models?

Microsoft's Azure Remote Rendering streams CAD data as ray-traced frames to mobile devices.

Which authoring tool should I use for learning materials?

Adobe Substance 3D – Mixed Reality Guide exports optimized PBR shaders directly as glTF/USDZ.

Which engine is state-of-the-art?

Unreal Engine XR offers Lumen GI & Path Tracer (5.4) for AR projects. → Unreal XR

What does XR stand for?

XR = Extended Reality – an umbrella term for AR, MR, and VR.

Which file formats work most reliably in browsers today?

For iOS devices, USDZ is the native container format—Apple explains in its developer documentation on AR Quick Look – USDZ Overview, how it handles PBR materials, animations, and compression. On Android and desktop, glTF/GLB has established itself as the standard because it is lightweight and open-source.

Does AR demonstrably increase revenue?

According to the Shopify analysis "The Thrilling Evolution: 3D Ecommerce and a New Era of Retail", stores that use 3D/AR viewers achieve 94% higher conversion rates on average. In addition, the Gunner Kennels case study in the article "AR Shopping: Future Trends & Apps" shows a 40% increase in conversion and 5% fewer returns because customers can check the size and fit realistically in advance.