Virtual Reality in Healthcare: Immersive Therapies and Training Solutions

Project timelines vary based on complexity, but simple WebAR or AR model viewers can be delivered in 2 to 4 weeks, while fully-featured native apps may take 8 to 12 weeks or more. Costs depend on the number of models, level of interactivity, and development scope, and we provide fixed-price quotes after a scoping session with the client.

Yes, we can integrate analytics into both native AR apps and WebAR deployments. This allows clients to track key metrics such as the number of views, session duration, user location, interaction points, and conversion rates, providing valuable insight into how users engage with their AR content.

We optimise every element of an AR experience, from reducing polygon counts in 3D models to compressing textures and using efficient formats like GLB or USDZ. Our team ensures that AR experiences load fast, run smoothly on all modern smartphones, and provide a high-quality visual experience without draining device resources.

We work with clients across a wide range of industries including construction, mining, real estate, retail, education, tourism, and manufacturing. Our AR solutions are used for everything from product visualisation and virtual property tours to immersive training modules and historical reconstructions.

It depends on the delivery method. WebAR experiences require no installation and can be accessed with a simple link or QR code. Native apps must be downloaded from an app store, but they offer additional features and higher performance. We help clients choose the right approach based on user experience goals and technical needs.

Sketchfab is an online platform for publishing and sharing 3D models, and it includes built-in AR viewing capabilities. We use Sketchfab to host client models, configure interactivity such as annotations or animations, and then embed these models into websites or online portals so users can explore them in 3D or AR from any device.

Absolutely. We can embed AR models directly into websites using WebAR technology or services like Sketchfab, enabling users to view products or environments in 3D and AR directly from their browser. This is especially effective for industries like retail, real estate, and architecture, where visualisation drives engagement and conversion.

Yes, we specialise in producing high-quality, lightweight 3D models specifically optimised for AR applications. Our modelling process ensures that models are visually realistic while maintaining low polygon counts for fast performance, and we export them in formats like USDZ, glTF, or GLB to suit different platforms and devices.

WebAR runs directly through a mobile browser and doesn’t require users to download an app, making it ideal for quick access and mass engagement. Native AR apps, on the other hand, are installed on a user’s device and allow for more advanced features such as persistent tracking, offline access, and higher performance, making them better suited to complex or enterprise-level applications.

We develop a range of augmented reality solutions including native mobile apps for iOS and Android, browser-based WebAR experiences that don’t require downloads, and interactive AR models that can be embedded into platforms like Sketchfab. Each solution is tailored to the client’s specific use case, audience, and technical requirements.

XR covers all immersive technologies, combining aspects of VR, AR, and MR to create diverse interactive experiences that blend digital and physical worlds.

XR stands for “Extended Reality” and is an umbrella term that includes Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR).

Yes, Matterport tours are compatible with mobile devices, including smartphones and tablets. This enables users to access and explore the virtual tour on-the-go, providing convenience and accessibility.

Yes, Matterport tours can include embedded information, links, images, videos, and other multimedia content. This allows you to provide additional details about specific areas, procedures, or services offered within your medical facility.

Yes, Matterport tours can be updated and modified as needed. If there are changes to your medical facility, such as renovations or additions, the virtual tour can be updated to reflect the new layout and features.

The time required to create a Matterport virtual tour depends on the size and complexity of your medical facility. Smaller clinics or doctor’s offices can typically be scanned and processed within a few hours, while larger hospitals may take a day or more. The process includes capturing the 3D data, processing it into a virtual tour, and optimising it for viewing.

Yes, Matterport virtual tours can be easily integrated into your website and shared across various social media platforms. This allows you to reach a wider audience and provide potential patients with an engaging and interactive preview of your medical facility.

Matterport tours provide an interactive and immersive experience for patients. They can be used to educate patients about the layout, equipment, and amenities of your medical facility, helping to alleviate anxiety and enhance their understanding of the treatment process. This increased engagement can lead to better patient satisfaction and outcomes.

Yes, Matterport tours can be customised to highlight specific areas of interest within your medical facility. Whether it’s showcasing state-of-the-art equipment, patient rooms, surgical suites, or waiting areas, the tour can be tailored to meet your specific needs and objectives.

Matterport virtual tours offer several benefits for medical facilities. They can help with facility planning and design, allowing stakeholders to visualise and make informed decisions remotely. They also serve as a powerful marketing tool, allowing prospective patients to virtually explore the facility, leading to increased engagement and trust.

A Matterport 3D virtual tour is a digital representation of a physical space, such as a dentist’s office, doctor’s clinic, or hospital, created using specialized cameras and software. It allows viewers to navigate and explore the space as if they were physically present, providing an immersive and interactive experience.

MR enhances doctor-patient communication by visualizing medical information and treatment options in a more understandable and engaging manner. It allows healthcare professionals to explain diagnoses, treatment plans, and potential outcomes more effectively, empowering patients to make informed decisions about their healthcare journey.

Absolutely. MR can be used in patient rehabilitation by creating immersive environments for physical therapy, cognitive exercises, and pain management. It provides interactive feedback, engaging patients in their recovery process and promoting better outcomes.

Yes, MR enables surgeons to visualize patient anatomy in 3D, allowing for better surgical planning, precision, and outcomes. It helps surgeons understand complex structures, simulate procedures, and make more informed decisions during surgeries.

MR is revolutionizing medical training by providing realistic simulations, virtual anatomy models, and interactive learning experiences. It allows students and healthcare professionals to practice procedures, diagnose conditions, and learn complex medical concepts in a safe and controlled environment.

MR, or Mixed Reality, combines elements of virtual reality (VR) and augmented reality (AR) to create immersive and interactive experiences for medical and healthcare applications.

In Australia, the PlayStation VR2 console is currently available to preorder, with prices ranging from $879 to $960.

While the original PlayStation VR is still in production, it’s not currently available at any Australian retailers. The upcoming virtual reality headset, the Playstation VR2, is set for release on the 22nd of February 2023.

Sony is indeed involved in the development and production of virtual reality (VR) technology. Sony has released several VR products, including the PlayStation VR headset, which allows users to experience immersive virtual environments.

In fact, Sony has been deeply involved in the VR and AR (augmented) reality scenes since 1996—and they’re showing no signs of slowing down. It has recently new VR goggles known as the PlayStation VR2, which will open up new opportunities for the current PlayStation 5 console.

Yes. In January 2022, Samsung launched its 837X, a virtual world modelled on the physical 837 centre in New York City. Within the space, guests can explore the range of experiences available with Samsung tech. They can complete quests, follow the news, and even partake in Samsung’s commitment to sustainability. Samsung 837X launched in Decentraland, a Metaverse powered by blockchain.

Hololens 2 is a mixed reality system. Augmented reality glasses tend to be a part of a system that uses a phone, combining the world around us with graphics, data and similar readouts. The Hololens 2 is a standalone product that presents information without the need for a phone.

You don’t need a headset to enter the Metaverse. While headsets definitely make for the best VR experiences, you don’t need one to enter Metaverse worlds. All you really need is a computer with VR capabilities and you’re good to go.

Yes. The Meta Quest 2 is leading the VR world with its immersive gaming and virtual experience opportunities. Meta’s also working on a high-end VR headset, under the codename “Project Cambria”. This headset will overtake the Quest in terms of its capabilities and will be more suitable for workers who could even replace their laptop or PC with this interactive hardware.

Yes, you can access some Metaverse platforms using your laptop, such as Decentraland. Other platforms may require VR headsets, VR goggles, AR glasses, or AR goggles for access.

Yes, the HP Reverb is compatible with SteamVR. All you need to do is download and install the Steam app, plug in your HP Reverb G2, and launch the Steam app. Next, click the VR icon within the Steam interface and follow the instructions to connect your headset.

The HP VR headset is easy to set up. Just connect your headset to a compatible computer using the included cables and install the required software by following the on-screen instructions. Next, turn on your controllers and follow the guide to set up your VR space.

Yes, many of HP’s hardware offerings are compatible with their VR and MR headsets, including many of their desktop PC and laptop models.

Google began its VR shutdown in 2019. In its statement, Google claimed there was difficulty encouraging consumers to use their phones for VR, and this meant limited access to apps. The company also said they hadn’t benefited from the reach or adoption among consumers or developers that they’d hoped for. It’s around this time they also open-sourced their Cardboard project.

Yes. The Google Cardboard is an extremely accessible, affordable (available for under $10 on Amazon) headset which users can easily put together themselves before entering into a quality immersive VR experience.

While Google’s been a bit slower than Meta and Apple to launch itself into the Metaverse, it has been working behind the scenes. With its pervasiveness across search and maps, and its strengths in AI, it’s undeniable Google will become a key player in the Metaverse.

Not yet, but Apple’s VR and mixed reality headset is in the works. It’s likely to stand up as a strong competitor to established VR headsets in the industry and to be the company’s predecessor to its AR glasses.

Apple’s been slower to enter the Metaverse than other tech giants, and while this might look like they’re falling behind Apple is backed by a strong app and developer network. This puts them in better stead to enter the Metaverse with a strong product base and marketing approach.

Definitely. Apple’s confirmed they’re working on VR, and their proposed headset is rumoured to be a real competitor with the Meta Quest 2, the PSVR 2, and all other leading headsets within the space. The headset’s rumoured to be Apple’s precursor to AR-focused glasses.

Amazon has been working on VR hardware since 2017, and is expected to fight to become one of the world’s leading VR brands. Amazon XR is already widely used for commercial purposes, and we can expect further Amazon MR brands and AR brands to tether more towards entertainment use.

Amazon currently allows shoppers to liaise with AR brands to place digital products in the home. This helps consumers to assess if things like the colour or size of an item will work in a room. However, Amazon is expected to grow its Amazon VR and Amazon AR business models further in the near future.

Amazon is reportedly getting ready to unleash its Amazon Meta World. In September 2022, it showcased its VR business in five different cities. We can therefore presume that Amazon will be readying the release of XR glasses, XR headsets or XR goggles within the next twelve months.

The Metaverse is powered by a number of technologies. These include Blockchain, which decentralises the Metaverse and develops use cases, AR and VR technologies for immersive experiences, Artificial Intelligence, which allows for avatar creation and computer control, 3D reconstruction, which includes the creation of digital twins and photorealism, and IoT, which streamlines data management, integration, and simulations.

Before you join the Metaverse, you’ll need gear. This includes a robust PC or smartphone, a VR headset to access the Metaverse and reduce distractions, VR gloves to take your sensory experience even further, AR glasses to merge the real and the digital, and AR wristbands to trigger virtual movements in XR.

While Google’s been a bit slower than Meta and Apple to launch itself into the Metaverse, it has been working behind the scenes. With its pervasiveness across search and maps, and its strengths in AI, it’s undeniable Google will become a key player in the Metaverse.

Augmented reality (AR) adds virtual information on top of what a user already sees. MR goes a step beyond this, allowing for physical and virtual environments to interact with each other, and for users to engage with these environments also. AR enhances what a user experiences of the world around them, while MR seamlessly integrates physical and virtual realities so that it’s hard to tell the difference.

Mixed reality is focused on collaboration and improved experience. Users can easily interact with one another within the MR environment, sharing 3D models of their physical space with virtually-connected users and engaging with others through gesture and speech recognition.

Mixed reality is employed by many industries and businesses to improve employee experience and performance, simplify processes, save time and money, and deliver better results for consumers. It allows both company workers and customers to engage with combined physical and virtual spaces, interacting with the real and digital objects around them.

Mixed reality allows for interactions with both physical and virtual realities at the one time. It can be employed in many ways, and an example might be a headset used by gamers, or a simulated environment as part of business training and experience.

Mixed reality merges the physical and virtual worlds to generate a new environment in which these elements co-exist. It offers immersive user experiences, simplified business processes, and savings on the time and costs involved in developing prototypes, reviewing products, and testing employees.

AR is coming into its own in the hospital environment and is being used to enhance the work of X-rays and similar scans. AR can be used to create 3D models of patients in order to diagnose ailments more quickly and therefore provide solutions in a faster manner.

When it comes to treatments, AR can help hugely in diagnosing illnesses quickly and therefore providing the correct treatment in as little time as possible. In the medical field, this is crucial as it can mean the difference between life and death in some situations.

During surgery, it is possible for a doctor to use an AR headset to display notes on the patient which could be crucial as well as scans or images taken before the event. In surgery, AR has been proven to help increase the speed of access to these documents and such important information at a moment when speed is key.

One of the main benefits of AR for patients is how it can be used to demonstrate any problems or internal issues. This can make a diagnosis much easier to understand and therefore less scary. Putting nervous patients at ease can be a great help in ensuring they agree to receive important surgery or treatments.

Using AR, nurses and doctors can be trained much more efficiently and in a way that ensures they are physically understanding the processes that need to be undertaken. It also means doctors can practise tricky surgeries as many times as possible before undertaking the procedure on a real person.

In hospitals, AR is used by doctors already. In some remarkable cases, augmented reality has been used by surgeons to practice detailed procedures. In another case, an AR headset allowed a surgeon to view previous images taken as well as patient notes during an in-depth surgery to assist with the process.

When a patient first arrives, 3D scans can help to locate internal injuries and understand the extent of problems quickly and efficiently. This means treatment can be prescribed much faster, potentially improving the prognosis. For patients, AR can be used to help explain issues and procedures.

Virtual reality has seen a lot of success in the area of pain management. VR is a highly effective method of drawing and holding the attention of a patient, stimulating the brain and keeping patients entertained. This immersion is ideal for potentially painful procedures like skin grafts or injections.

Yes! Doctors use VR training for a series of purposes, including explaining in more detail what a patient’s condition means. By putting a patient into a VR landscape, doctors use hyperrealistic models to present the injuries that a patient is suffering from and how the causes of these injuries worsen conditions, acting as a preventative measure.

VR is being used in hospitals, both in training staff and in patients. Patients use VR for a range of reasons, including learning all about their treatments, stimulating the minds of patients undergoing psychological therapy and using games to support the use of physical therapy in the case of long-term injuries.

VR primarily has been used in surgery and training new surgeons. By creating 3D environments and virtual patients ready for interaction, trainee surgeons complete the procedures that they would on standard patients without the hospital having to pay for dummies for the operation or risking the health of actual patients.

Virtual reality has helped in healthcare in a range of ways, with one of the most important being information transfer. Patients specifically learn a lot through the use of VR in healthcare, as they see visual representations of their own illnesses or conditions and watch 3D representations of what their treatments are.

Virtual reality refers to the use of systems that create 3D environments that users visit through the use of VR headsets and controllers that go into a user’s hands. VR in healthcare refers to the use of these systems in a healthcare environment, typically through training and patient interaction.

VR does have a few notable disadvantages for users, such as the risk of dizziness and nausea when inhabiting the virtual environment. There are also concerns that too much time spent in virtual reality can damage eyesight. Some of the headsets used to enter virtual environments are also quite heavy and uncomfortable to wear.

Although augmented reality (AR) and virtual reality (VR) are similar in their concept, they have a few notable differences. AR requires a real-world environment to function, whereas VR creates a virtual world. AR allows users to manipulate real-world surroundings, but VR can’t do this. VR uses specialised hardware such as headsets, while AR doesn’t.

Prices for virtual reality vary dramatically depending on the type of virtual reality hardware used. Off-the-shelf virtual reality headsets currently cost anywhere from $400 to $1,000 for a standard VR setup. However, more bespoke options are much more expensive due to the customisation and capabilities of the systems.

Virtual reality was initially conceived in 1968 by Ivan Sutherland and Bob Sproull. Together, they created a head-mounted virtual reality display known as the Sword of Damocles that was directly connected to a computer. It was a cumbersome device that was suspended from a ceiling, which is where the name came from.

The future of virtual reality looks very promising thanks to further innovations and technology associated with virtual worlds. Many of the barriers that virtual reality presents, such as motion sickness or asset clipping, will be removed due to improvements in the technology and tools applicable to virtual reality.vr

Using AR, nurses and doctors can be trained much more efficiently and in a way that ensures they are physically understanding the processes that need to be undertaken. It also means doctors can practise tricky surgeries as many times as possible before undertaking the procedure on a real person.

In hospitals, AR is used by doctors already. In some remarkable cases, augmented reality has been used by surgeons to practice detailed procedures. In another case, an AR headset allowed a surgeon to view previous images taken as well as patient notes during an in-depth surgery to assist with the process.

When a patient first arrives, 3D scans can help to locate internal injuries and understand the extent of problems quickly and efficiently. This means treatment can be prescribed much faster, potentially improving the prognosis. For patients, AR can be used to help explain issues and procedures.

Yes. The healthcare industry offers great opportunity to grow what has already been achieved with VR and AR. Collaboration and connection are at the forefront of the metaverse, as are interactive learning techniques and opportunities that will help medical students learn at a faster pace.

Yes. Blockchain has the potential to completely transform healthcare. With the patient or user at the centre, blockchain offers providers a much more in-depth, collaborative approach when it comes to patient treatment and support. It also improves the privacy and security of health data and information.

Yes. Metaverse insurance operates the same as real-world insurance, helping protect data from errors or compromise that might arise through hacking, attacks, or a breach of privacy.

A digital twin is sort of like an avatar. It’s a computer-generated model of a person which can be used as part of surgery or treatment simulation, to help with research, or to predict the particular outcomes of a procedure.

Yes. Blockchain is used in XR healthcare to:

• Maintain data security and the exchange of sensitive information
• Save patients’ records securely
• Safely store large amounts of genetic data points within the genomics space
• Boost connection and interaction between patients and providers
• Counter pharmaceuticals counterfeiting, with transparency throughout the supply chain

The Metaverse has expanded the possibilities, reach and scope of pharma. Metaverse can be used to better indicate how a drug works, to indicate what particular symptoms or illnesses may look like, and to encourage greater interaction between a pharma business or company and HCPS, patients, consumers and medical professionals. Through the Metaverse, these groups can come together to discuss what they’re experiencing based on their interaction with a certain product or a particular treatment pathway.

The metaverse can be both a help and a hindrance within the mental health space. Virtual realities within the Metaverse can help individuals experiencing mental health challenges form meaningful connections within safe environments. On the flip side, XR mental health services and technologies can make issues worse, particularly in the case of a person whose anxiety prevents them from leaving their home. In such instances, an over-reliance on virtual interaction may develop.

Metaverse is used in healthcare in various ways, including:

• Virtual surgeries with collaboration between professionals
• Important patient information conveniently displayed on screens
• Efficient test results delivered in real time
• Ease of access to images in better detail
• Easier collaboration on 3D imagery
• Easy use of medical wearables

Extended Reality encompasses all forms of digital experiences including virtual reality (a complete digital world), augmented reality (digital objects placed into the real world) and mixed reality (which builds on AR by including 3D touch and olfactory technology). XR is a term used to refer to any sort of technology-created reality.

Augmented Reality (AR) can be used by businesses to effectively connect colleagues across the world for meetings to optimise collaboration across teams and with employees in different countries. XR can also be used as a tool during training and onboarding to promote engagement and enhance employees’ takeaways.

Extended Reality can be used across many fields for life-changing purposes. Mixed Reality can be used in the medical field to practise and hone operation skills and improve results for patients. XR could also have a significant impact on improving safety and design in architecture and construction.

Virtual Reality (VR) is a type of digital world accessed through headsets, which places you inside a digitally-created space. This is often used in gaming. There are other kinds of digital experiences too, and all of these fall under the umbrella term ‘Extended Reality’ (XR).

Augmented Reality (AR) allows a user to see digital items incorporated into their view of the real world. This could include seeing a product you’re considering buying placed on the table in front of you. Extended Reality is the term that groups all kinds of digital experiences together, including AR.

One of the most widely known examples of Extended Reality is the use of filters, which place items like hats into your images. These can be utilised for marketing purposes to increase engagement and awareness of a brand and improve its ability to be quickly shared.

There are many ways to make money on metaverse, including buying virtual land and selling it on, or through gaming, which rewards you for completing different levels. On a larger scale, real-life artists performing concerts through Metaverse can draw large crowds and is a viable profit-making opportunity.

One example of the metaverse is Second Life, a virtual world where users can design their own avatars and use the platform to interact and converse with other users. At its peak in the 2000s, it hosted millions of users who devoted hours to the game each day.

That’s an easy one. Our team are used to dealing with very early stage conceptual ideas. We’ll brainstorm the best solution for your business given it’s desires and constraints. Once we’ve decided on the best way forward together we’ll put together a quote and start making your idea a (virtual) reality.