Spatial Computing Development and Solutions

Create compelling experiences and solve complex problems by merging the physical and digital worlds with spatial computing development from Go Wombat.

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Apple Vision Pro: The future of spatial computing

At Go Wombat, we're at the forefront of spatial computing innovation. The Apple Vision Pro and its visionOS showcase the potential of this transformative realm, where digital content merges seamlessly with our physical world. While the Vision Pro serves as a beacon of this evolution with its 3D spatial photos and immersive Spatial Audio, our expertise extends beyond any single device or operating system. We're dedicated to crafting versatile solutions across a spectrum of spatial computing platforms, ensuring our clients are always at the forefront of this digital evolution.

Hiring custom spatial computing services

In the days ahead, you’re sure to see more spatial computing software companies start to pop up. But when it comes to solid, secure, and dynamic solutions, you’ll want a company that combines a depth of technical knowledge with practical experience in custom software solutions. You’ll need experts you can trust.

Take a look at some of our projects, spanning a range of industries and business needs. See why you can count on Go Wombat as your spatial computing software company

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Spatial computing consulting services

At Go Wombat, we provide a full range of spatial computing solutions, including consulting services. Whether you need an expert to help you implement spatial computing glasses technology or engineers to map out the best path for your internal team, we’re here to help.

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visionOS software solutions

Do you want to build creative universes for apps and games on Apple Vision Pro? Our visionOS developers can help you create a new platform from scratch or adapt your existing app or game to Apple’s visionOS. From the development of immersive SharePlay experiences to quality control using TestFlight, our team is here to help.

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Spatial computing services

At Go Wombat, we apply our expertise in state-of-the-art technologies to power creative solutions that work specifically for your business. Here are some of the spatial computing services we offer.

Computer vision development

Enhance the way you and your employees work by leveraging spatial computing functionalities like object and human detection in industrial spaces. Our high-calibre developers harness this key technology that enables spatial computing in order to optimise your business processes.

Augmented reality (AR) development

With the power of our AR development, you’ll be able to offer the opportunity for your customers to interact with your products, services, or spaces – all from the comfort of their own devices. In addition, you can use it for remote training and real-time guidance of your employees.

Virtual reality (VR) development

VR allows users to see and walk around a virtual environment, but, by fusing it with spatial computing technology, they’ll be able to interact with it intuitively and naturally. Our top-notch team can also enable enhanced data visualisation and simulation in virtual locations.

Mixed reality (MR) development

Our mixed reality (MR) development services are ideal for products, services, and non-profit projects that require a blend of VR and AR. Create an interactive experience for the end user that combines real-world elements and virtual items with the help of our developers.

Location-based services (LBS)

In spatial computing, location-based services (LBS) refer to the ability to integrate the user’s location with the delivery of additional services and content. Do you want to unlock special content for users in a specific location? Our LBS experts are here to help.

Spatial mapping and understanding

Go Wombat spatial mapping and understanding developers can create complex algorithms that place virtual content accurately. Our development solutions map out the user’s environment and make sure that people can interact with the virtual elements properly.

Gesture and voice interactions

Our developers have the ability to combine spatial computing technologies with speech commands and gesture recognition that lets users control your app with words. This is especially useful in factories and other facilities in logistics, manufacturing, and other verticals.

Data visualisation and simulation

Spatial computing solutions add new dimensions to fields that already exist, like data visualisation and simulation. We can develop data visualisation and simulation tools that can add a spatial parameter, which gives your internal team more data points to consider.

Immersive experience development

Are you ready to move beyond just providing customers with reviews, case studies, and videos? Imagine them having an immersive experience with your brand. Now, turn that into reality (whether it be augmented, virtual, or mixed) with a spatial computing platform from Go Wombat.

Our spatial computing development

It might be a burgeoning technology, but we apply the same tested process to the development of your spatial computing software as we would to any software. From business analysis and precise planning all the way through support and maintenance, Go Wombat will be your trusted partner during every stage of your project’s life cycle.

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Advantages of custom spatial computing solutions for your business

Here’s a closer look at the advantages that spatial computing can bring to your business.

Innovative products

Create new products and build virtual prototypes faster than ever

Unique experiences

Engage users like never before with spatial computing VR, AR, and MR

Infinite applications

Leverage the immersive and augmentative applications of spatial computing

Superior training

Provide hands-on experience through VR and AR spatial computing

Emerging technology

The spatial computing revolution can help future-proof your business

Future trends and innovations in spatial computing

We’re only seeing the beginning of the possibilities in spatial computing technology. With Apple launching their Vision Pro and visionOS, we can expect a host of more products and services to continue to hit the market in their wake.

Spatial cloud computing, for example, can enable emergency responders to better manage disaster situations by getting vital stats in real-time. As well, it can give real-time data about populations and traffic that could be indispensable for urban planning and transportation.

You can be sure that Go Wombat keeps on top of the technology behind the trends. But we combine that understanding with our business acumen to determine what makes sense for you and the market at any particular moment.

Need spatial computing solutions development? Contact Go Wombat

Are you ready to start your spatial computing project? The next step is to meet and discuss it. Let us know the best time for you, and we’ll set up an introduction via the channel of your choice.

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Need spatial computing solutions development? Contact Go Wombat

Get a taste of our spatial computing possibilities

Spatial computing development FAQ

What is spatial computing?

In its simplest form, spatial computing is the process and practices that help capture, process, use, and interact with 3D data. This includes both virtually-generated 3D data and input acquired from the real world.

Who created spatial computing?

Researcher Simon Greenwold is responsible for coining the term “spatial computing” at MIT back in 2003. He’s also credited with building some of the earliest AR prototypes, which include a computer that could receive basic commands in the forms of actions in the real world.

What are the challenges in developing spatial computing applications?

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

What is the difference between IoT and spatial computing?

Internet of Things (IoT) technology can be defined as everyday devices that are equipped with sensors and the ability to connect to the internet. Rather than being opposites, these technologies are parallels as spatial computing can be implemented into IoT devices to broaden their capabilities.

What are examples of spatial computing?

Commonly found applications and games that use spatial computing include:

Google Maps
PokemonGo
VR and AR devices including the Apple Vision Pro and visionOS devices