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Spatial Computing Development and Solutions

Spatial computing development from Go Wombat: AR, VR, mixed reality, computer vision and visionOS apps that connect digital content to the physical world.

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Apple Vision Pro: The future of spatial computing

Apple Vision Pro runs visionOS, with features such as 3D spatial photos and Spatial Audio. We build visionOS apps, and we also develop spatial computing solutions for other devices and platforms.

Hiring custom spatial computing services

Spatial computing projects need the same engineering discipline as any other software: secure architecture, testing and long-term support. We bring 10+ years of custom software development to them.

Our case studies show the custom software we have built across industries.

See our case studies

Spatial computing consulting services

We consult on spatial computing projects: we can help you introduce spatial computing glasses into your operations or plan the technical approach with your internal team.

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visionOS software solutions

Our visionOS developers can build a new app or game for Apple Vision Pro from scratch or adapt your existing app or game to visionOS. We develop SharePlay experiences and handle quality control through TestFlight.

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visionOS software solutions

Spatial computing services

The spatial computing services we offer:

Computer vision development

We develop object and human detection for industrial spaces. Computer vision is one of the core technologies behind spatial computing.

Augmented reality (AR) development

AR lets your customers interact with your products, services or spaces from their own devices. You can also use it for remote training and real-time guidance of employees.

Virtual reality (VR) development

VR lets users see and walk around a virtual environment. Combined with spatial computing, it lets them interact with that environment naturally. We also build data visualisation and simulation in virtual spaces.

Mixed reality (MR) development

Mixed reality (MR) blends VR and AR. We build interactive experiences that combine real-world elements with virtual objects, for products, services and non-profit projects.

Location-based services (LBS)

In spatial computing, location-based services (LBS) use the user's location to deliver extra services and content. For example, an app can show special content only to users in a specific place.

Spatial mapping and understanding

Our developers build algorithms that map the user's environment and place virtual content accurately in it, so people can interact with virtual elements as expected.

Gesture and voice interactions

We combine spatial computing with speech commands and gesture recognition, so users can control your app with their voice or hands. This is useful in logistics and manufacturing facilities, where workers cannot always use a keyboard or touchscreen.

Data visualisation and simulation

We develop data visualisation and simulation tools with a spatial dimension, so your team can see data in the context of physical space.

Immersive experience development

Beyond reviews, case studies and videos, customers can experience your brand directly in augmented, virtual or mixed reality. We build the spatial computing platform for it.

Computer vision development

We develop object and human detection for industrial spaces. Computer vision is one of the core technologies behind spatial computing.

Augmented reality (AR) development

AR lets your customers interact with your products, services or spaces from their own devices. You can also use it for remote training and real-time guidance of employees.

Virtual reality (VR) development

VR lets users see and walk around a virtual environment. Combined with spatial computing, it lets them interact with that environment naturally. We also build data visualisation and simulation in virtual spaces.

Mixed reality (MR) development

Mixed reality (MR) blends VR and AR. We build interactive experiences that combine real-world elements with virtual objects, for products, services and non-profit projects.

Location-based services (LBS)

In spatial computing, location-based services (LBS) use the user's location to deliver extra services and content. For example, an app can show special content only to users in a specific place.

Spatial mapping and understanding

Our developers build algorithms that map the user's environment and place virtual content accurately in it, so people can interact with virtual elements as expected.

Gesture and voice interactions

We combine spatial computing with speech commands and gesture recognition, so users can control your app with their voice or hands. This is useful in logistics and manufacturing facilities, where workers cannot always use a keyboard or touchscreen.

Data visualisation and simulation

We develop data visualisation and simulation tools with a spatial dimension, so your team can see data in the context of physical space.

Immersive experience development

Beyond reviews, case studies and videos, customers can experience your brand directly in augmented, virtual or mixed reality. We build the spatial computing platform for it.

Our spatial computing development

Spatial computing is a new technology, but we build it with the same process as any other software, from business analysis and planning through to support and maintenance.

01

Introduction meeting

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Sign NDA

Is there documentation?

Advantages of custom spatial computing solutions for your business

What spatial computing can do for your business:

  • Innovative products

    Build virtual prototypes of new products before making physical ones.

  • Unique experiences

    Engage users through VR, AR and MR experiences.

  • Wide range of applications

    Uses include remote assistance for technicians, 3D product configurators and VR safety training.

  • Hands-on training

    Train staff in realistic VR and AR simulations.

  • Emerging technology

    Gain experience with spatial computing while the technology is still new.

Future trends and innovations in spatial computing

Apple Vision Pro has been on sale in the US since 2 February 2024, and Apple now offers it with the M5 chip. We expect more spatial computing products and services to follow.

Spatial cloud computing, for example, can give emergency responders real-time data during disasters, and give urban and transport planners real-time data on population and traffic.

We follow these developments and advise you on which of them make sense for your business now.

Let’s discuss your spatial computing project

Tell us when suits you and we will set up an introductory call on the channel you prefer.

Tell us about your project
Need spatial computing solutions development? Contact Go Wombat

Get a taste of our spatial computing possibilities

Spatial computing development FAQs

Spatial computing is the set of methods for capturing, processing, using and interacting with 3D data, both computer-generated and captured from the real world.

The term appears to have originated in geographic information systems (GIS) around 1985 and was used in virtual reality research in the 1990s. In 2003, MIT researcher Simon Greenwold defined spatial computing in the human-computer interaction sense in his master's thesis. The first AR systems came earlier: Ivan Sutherland's see-through head-mounted display (1968) and Virtual Fixtures, built at the US Air Force's Armstrong Laboratory (1992).

Some of the biggest challenges with spatial computing development include:

  • Hardware power limitations

  • Difficulties with storing assets

  • Mitigating user discomfort and sickness during use

  • Tracking and calibrating objects and locations in real-time

  • Data privacy and security concerns

The Internet of Things (IoT) is everyday devices equipped with sensors and an internet connection. The two technologies complement each other: spatial computing can be built into IoT devices to extend what they can do.

Commonly found applications and games that use spatial computing include:

  • Google Maps

  • Pokémon GO

  • VR and AR headsets such as Apple Vision Pro

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