“I feel like I’m playing PAC-MAN,” IEEE Member Todd Richmond told a grocery store employee when food shopping recently. “I turn down a row, see people, turn back around and immediately head for another aisle.”
The grocery shopping experience, like the rest of the world, has been turned upside-down by the COVID-19 pandemic. But as we navigate through this unprecedented crisis, many technologists like Richmond have one eye on the future.
“I can imagine an augmented reality app being developed in the future that helps people deal with social distancing more efficiently,” says Richmond. “In theory, such an app would essentially map out where a user is in relation to where other users are – it would pull data on higher risk areas based on population density and other factors, enabling the user to navigate around a particular area more safely.”
The world, as we know it has changed forever and is going through a transformational phase. It has fundamentally changed the way we operate. In the past couple of weeks, the pandemic has not only brought about uncertainty but has disrupted businesses across sectors, especially Healthcare. Today the virtual environment has taken center-stage. People have had to go on an overdrive to quicken the pace of adaptation to new-age technologies in order to fight against the pandemic.
Uniquely challenging times call for uniquely innovative solutions, such as the one Richmond outlined. Here are some other ways that augmented reality and virtual reality (AR/VR) technologies can help combat COVID-19 and other challenges moving forward.
VR is empowering doctors and care providers
One thing that sets COVID-19 apart from other viruses impacting the respiratory system is the damage it can do to the lungs of those infected.
Healthcare experts have found that those infected with the virus sometimes have difficulty breathing, and in serious cases, run the risk of their lungs becoming inflamed. If the respiratory illness worsens, a pneumonia can develop that affects all areas of the lungs.
“Virtual reality and 3D imaging technologies can be leveraged to better spot the unique characteristics associated with COVID-19,” IEEE Senior Member Jacob Scharcanski explains.
“By making this data – focusing on lung imagery for COVID-19 and other viral infections – available to physicians, we might be able to do a better job of spotting the virus and its impact on patients earlier, which would be extremely beneficial in terms of activating on an appropriate treatment.”
IEEE Member Anderson Maciel notes that immersive technologies have been utilized in medical education for over two decades now.
“Immersive technologies have been leveraged in medicine for some time now,” says Maciel. “Applications range from helping educate physicians prior to delicate surgeries to enabling patients to virtually interact with doctors in an appointment.”
Moving forward, AR/VR technologies are poised to potentially augment care providers’ ability to understand specific illnesses, such as COVID-19, providing unprecedented insight into how to combat them.
Educating and enabling the public
“In my opinion, the best application for AR/VR in terms of combatting new, still rather unknown infectious diseases is focused on improving the behaviors that lead to infection and spread,” says Maciel.
“Virtual reality in particular is ideally suited to train average citizens – who don’t have any medical experience and are most likely to unknowingly spread a virus – in everyday behaviors because of the feeling of presence that it provides,” explains Maciel.
“People immersed in virtual scenarios tend to behave as they would in the real world, which is not true with other educational methods, such as public service announcements and digital campaigns focusing on informing the public on best practices. Short of placing a citizen in an actual dangerous scenario, virtual reality is the best there is for accurately providing experiential knowledge.”
Beyond education, Maciel highlights how immersive technologies are supporting citizens throughout the COVID-19 pandemic by enabling a sense of normalcy. For those practicing social distancing and remaining home, Maciel says AR/VR can also be used to augment fitness-focused games, enable virtual travel, optimize social gatherings and more.
Richmond also shines a light on AR/VR as a tool to help manage future disruption. “Once multi-person VR and telepresence-focused technologies are further along, the ability to connect in shared virtual spaces will be a massive shift in how we connect remotely.”
With social distancing measures still firmly in effect, the type of multi-person VR platform Richmond outlined would go a long way in keeping us connected – yet apart.
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