Technology · · Marketers and designers

Why Google’s and Apple’s web-based AR-technologies offer huge possibilities in digital product marketing

Matthias Hamann on web based Virtual and Augmented Reality

Author: Matthias Hamann

Dieser Artikel ist auch auf Deutsch verfügbar.

 

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A while back, Apple and Google launched their AR features Quick Look and <scene-viewer>. Both enable websites to visualise products in an easy and innovative way with the use of augmented reality. But it may come as a surprise to many readers that these technologies continue to be unknown amongst many designers and marketing specialists. Which is the reason why they are only seldomly leveraged – in my opinion, a wasted opportunity for digitally marketing products of all kind.

Example of Quick Look and <scene-viewer> in action

Taking a bicycle, coffee table or sneaker “just like that” and seeing how they look in your lounge before making a purchasing decision? Like real life, but digitally? Or getting an impression of the real size of a machine or mechanical component, with the ability to see every detail from all sides? With Apple and Android devices of the latest generation, this is easily possible thanks to Quick Look or <scene-viewer>.

This is what it looks like

A small real-life example tested in-house. Open this page on your iOS device in standard browser (LinkedIn Browser does not work!) and tap on the preview icon at the top right corner of the sneaker.

Thanks to USDZ and gITF, various objects can be placed on horizontal surfaces (tables, floors) or vertical surfaces (walls). What’s more, Apple’s AR Quick Look enables the user to place the object on pre-defined markers or human faces.

How do Apple’s Quick Look and Google’s <scene-viewer> work?

Put plainly: both technologies use files which contain all the relevant 3D information about an object – comparable to a JPEG, but with three-dimensional instead of two-dimensional content. Apple AR Quick Look works with the USDZ file format, while Google relies on the established gITF format for its <scene-viewer>. Both can be integrated in any website, and just as well in emails or other applications. When these files are opened on a smartphone or tablet, the device’s functions such as the camera, sensors and tracking are started up for AR. A clever combination of native technology and non-native or Web-based distribution to the user.

What are the benefits for the user?

These functions offer the user a whole spectrum of benefits:

  • Extremely heightened user experience
  • A very realistic impression overall thanks to the correct lighting and shadows of the AR objects, based on the room’s actual lighting situation
  • Products can be freely positioned, shifted or turned
  • When configured correctly, a realistic total impression is gained (tolerance of about plus/minus 2 cm)

When does it make sense to use augmented reality?

The areas of application are broad. Here are just a few:

  • E-commerce for B2C and D2C products
  • B2B product showcasing, e.g. of machines and vehicles
  • Prototyping/engineering (for remote teams)
  • Interior design
  • Virtual try-on, e.g. for eyeglasses or caps

What are the benefits of USDZ and glTF for enterprises?

Here are just some essential benefits for enterprises:

  • Conversion rates could be increased
  • Returns can be avoided
  • Difficult-to-transport products (size, weight, structure) can be ideally presented digitally
  • Simple animations and interactions are possible
  • Good CAD or, ideally, 3D data of products are usually already available for industrial and trade applications (little to no efforts for modelling)

With the pros come the cons

Both AR file formats offer many advantages and can be easily integrated into existing digital architectures. However, the disadvantages should also be considered:

  • Elaborate animations or configuration processes cannot currently be shown
  • A good basis of 3D data must be available
  • If no or little 3D data is available, significant efforts may be needed for the digitalisation or conversion into the respective AR file format (traditional 3D photogrammetry and an increasing number of good 3D scanning apps can help)
  • There are few options for fully automatic data conversion at the moment

What all this comes down to – now and for the future

Augmented reality images from Quick Look and <scene-viewer> are unfortunately still rare on the Web, although their use is easy and frequently only minimal 3D know-how is required for their production. Without a doubt, a lot of potential awaits and those who jump on the bandwagon early on can really stand out from the competition with AR previews.

Especially when it comes to premium products and complex objects for industrial and mechanical engineering, AR offers an outstanding opportunity for presenting products – beyond bothersome JPEGs – from many perspectives. The trendy sports gear developer Peloton* recently discovered this and now provides excellent AR Quick Look images of its Peloton bike on its website (at the very bottom of the page).

Apple and Google are working at full speed to continually develop the technical options of Quick Look and <scene-viewer> further – and everything points to both players making augmented reality a key technology within their business strategy.

The coming years will therefore be exciting, and we will certainly see AR previews much more often on the Web.

If you have any questions or comments regarding this article, you can contact me at any time.

 

Look here for additional information:

Apple AR Quick Look:
https://developer.apple.com/augmented-reality/quick-look/

https://developer.apple.com/documentation/arkit/previewing_a_model_with_ar_quick_look

https://webkit.org/blog/8421/viewing-augmented-reality-assets-in-safari-for-ios/

 

Google <scene-viewer>:

https://modelviewer.dev

Matthias
Matthias Hamann
Digital strategy and concept

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