When people dream about what they want to do in VR, it inevitably involves actually moving around within a virtual environment. But VR locomotion triggers simulator sickness in a lot of people, and solving it is one of the biggest open problems in virtual reality. NextGen Interactions’Jason Jerald wrote a comprehensive summary of much of the pertinent academic research about VR in The VR Book, and in Chapter 12 he summarizes the five major theories of what may cause simulator sickness.
Mall of America is using leading-edge technology to enhance the on- and offsite customer experience.
The Bloomington, Minnesota-based center is the latest retail participant to adopt virtual reality (VR) technology. A new, VR-based immersive experience allows customers to “see” retail, entertainment and live events within the mall.
The tour of the mall first transports viewers to the Sea Life indoor aquarium. Other virtual attractions include the Nickelodeon Universe indoor theme park and the JW Marriott’s Cedar + Stone restaurant. Radisson Blu hotel, and a live choir in the mall’s rotunda event space.
While the virtual reality headsets like the HTC Vive and Oculus Rift are quite impressive already, there is no doubt that the technology will be developing rapidly, becoming more immersive, lighter, and less intrusive. Leap Motion, a company known for their motion tracking software and cameras has close ties with many of the larger VR manufacturers, and this last week the company’s CTO David Holz spoke a bit about his vision for future VR/AR headsets, based on some of the discussions he’s had with various big-name manufacturers. While Leap Motion likely won’t be producing hardware for these future headsets, it is very possible that their software could play an integral part in future generations VR and AR products.
Holz discussed some of the technology that may be found in third generation headsets of the future, and while he didn’t say when such technology would be available, my guess is perhaps 5–7 years. These third generation headsets will likely be transparent, look a lot like a pair of sunglasses, be extremely light weight and rely on Holographic OLED displays which will be able to switch between both AR(transparent) and VR(opaque) capabilities.
“They’re slightly funny-colored,” he said as he described these future headsets. “But they’re pretty reasonable, something that I might wear all day, all the time. And that’s something that, to me personally, is the most exciting. That’s getting into the age of AR… I’m seeing lots of things ahead of everybody. Behind the scenes, these things are starting to appear more and more.”
The role of technology within our personal and professional lives continues evolving at an exceptionally fast pace. From utility-based mobile apps and wearable devices, to the emergence of augmented and virtual reality, the digital revolution is expanding to cover every aspect of the human experience.
In an era of entrepreneurship, founders rely heavily on advancements in technology to develop cutting edge products, platforms and experiences that meet the growing demands of a global consumer base. As content remains essential to building a brand or launching a business, it’s also critical that companies have the capability to swiftly adapt in changing markets. Being able to successfully scale a business, amidst the inevitable pivots and unexpected turns, requires having access to the tools and solution-based software needed to create, modify and fix things on-demand.
For companies dependent on manpower to manage these responsibilities, efficiency becomes contingent upon talent and training, guided by sharp instincts and relentlessly working around the clock to assure tasks are not only completed effectively, but to further offset the likelihood of human error. For software developers, who have an extremely detailed and meticulous role, being such an invaluable piece to the puzzle can prove to be very risky, time-consuming and equally as expensive; especially as testing, predicting and automating becomes increasingly paramount. As companies aim to cut costs without sacrificing quality, while understanding the core function of technology is to provide streamline solutions to complex problems, what arises is the notorious battle of man versus machine, and also where a company like Dev9 steps in.
2016 has been called the year that virtual reality becomes a reality, as some of the most anticipated devices will be made available on the consumer market. From Magic Leap (valued at over $1 billion) to Oculus (acquired by Facebook last year for $2 billion), there’s plenty of interest in the market, and ample room for it.
Though virtual reality is often depicted as an experience for the recliner or gaming chair, a number of VR enthusiasts want us to rethink how we engage with the technology. Instead of sitting around, they’d like to get us moving and looking beyond the go-to medium of gaming. Developers of these new devices consider fields like military training and healthcare as valuable places for mobile virtual reality to be applied.
Leading this approach is a Kickstarter VR company called Virtuix, whose treadmill-like device Omni encourages users to get upright and active. The reason to develop such a device felt like a natural evolution to Virtuix’s former Product Manager, Colton Jacobs.
“If I am walking in the virtual world my avatar is actually walking…”, he says, “…then the body’s natural reaction is, I want to stand up, I want to be walking with this avatar as if I’m actually there.”
Virtuix’s Omni
Users first slip on a pair of Omni’s $60 slippery-bottomed shoes before stripping into a lower body harness, which allows them to shuffle and slide their feet over the surface of the device. The device looks like a treadmill, but the track doesn’t actually move; rather, the shuffling and sliding motions register on the track and translate into the VR program being used. Shuffle forward, and your character moves forward. Shuffle backward, and your character back pedals. The resulting movement is somewhat awkward looking from the outside, but a reportedly smooth and consistent experience for the user.
Engadget had a chance to try out the device earlier this year and gave a positive review: “Even the easy mode that I tried, wherein you fire where you look rather than where the gun is pointing – had my heart pounding.” Testing games like Doom and Call of Duty, Engadget reporter Andrew Tarantola recounts his experience:
“The generic ‘base defense’ shooter game that I tried blew me away. Having to actually move, turn, look around and aim was incredibly immersive and added a completely new level of gameplay. There’s no more sprint button. If you want to run faster, then you really have to run faster. I was sweating by the end of my session — and grinning harder than I have in years.”
Meanwhile, Jacobs describes Omni as an immersive experience like few others. Where your standard, handheld controls allow you to manipulate your character’s movement by toggling a joystick, Omni facilitates movement by mimicking the user’s movement.
“You can walk, run, jump, turn around 360 degrees and act out your virtual avatar’s motions. We’re doing motion tracking ourselves to the lower body so we’re going to be able to tell what direction you’re walking in and how fast you’re moving, jumping, side stepping, things like that and translate that into analog movement in the virtual world.”
Though he acknowledges gaming as the default medium for immersive VR devices, Jacobs envisions Omni’s technology applied beyond gaming.
“The gaming market is a great first adopter market for us,” he says. “That being said, we’ve had multiple orders for military installations, West Point Navy installations, where they’re doing training simulation for some emergency and disaster training… instead of sending soldiers out to the field, they can actually just do training for various types of scenarios in the virtual world together.”
By getting soldiers to actually act out the movement, they’re able to simulate the physicality of real-world scenarios more realistically than can be done with a hand-held controller.
Virtuix likely won’t stop with entertainment and military training. According to Jacobs, the company has looked into healthcare — particularly physical therapy and recovery – as a field that would greatly benefit from a device like Omni.
“We’ve had multiple universities around the world actually, go ahead and order the Omni and they’re looking to test it for various different rehabilitation, also research. Stroke survivors is one of our big ones. A traditional treadmill can get someone up and walking in a straight line but a lot of the dangers that they have when they’re walking around in their home or just walking in general is when they have to turn corners. When they have to go around an object, that’s when they have a higher fall risk. Our system could potentially help to reactivate those muscles after a major neurological attack like a stroke or Alzheimer’s.”
Though virtual reality is already used in healthcare, some ask why there isn’t hasn’t been more innovation in this area by the virtual reality industry. Perhaps Omni could be a useful bridge in moving the technology forward.
Of course, an important component in such applications is ensuring that the system is safe. After all, the thought of wearing a head mounted display (HMD) while sliding around a track sounds like an accident waiting to happen.
“Safety is definitely a top priority,” Jacobs says. “You can’t actually see your surroundings while you’re in the Omni. You need to be strapped in, make sure you’re safe, but you’re also standing on a frictionless surface. You have to watch a video of this to really understand, it’s very hard to say in words.”
But so far, Omni has stood up to the gaming obstacles, which speaks to potential opportunities for use in healthcare-type settings.
“With our harness and our safety support structure, we’ve never had anyone fall on the Omni, especially in a high-intensity gaming situation; it’s even more intense when there’s zombies flying at you.”
VR for phobias; makes sense. Scared of spiders? Samsung believes VR may be the treatment for you.
Could you face your fears if you knew you weren’t actually facing your fears? That’s the premise behind a virtual reality experiment Samsung is running for a new app called Itsy, which is designed to help people face their fear of spiders. Created with the help of researchers at Stockholm University, Itsy tries to wean people into giving up their fear of arachnids.
The program is being run by Samsung’s Nordic branch, and the reason is extremely specific.
It turns out 25 percent of Nordic people have a fear of spiders. This presented a good way to test VR and help people at the same time. First subjects are asked to walk as close to a tarantula as they can get. Most of them don’t get far. That’s when Itsy comes in.
IRVINE, Calif., July 11, 2016 /PRNewswire/ — From measuring glaucoma to augmenting reality, advances in technology have enabled smart contact lenses to steadily gain traction in the past year. Although still in the early stages of development, the introduction of such novelties will inevitably be life-changing.
When people dream about what they want to do in VR, it inevitably involves actually moving around within a virtual environment. But VR locomotion triggers simulator sickness in a lot of people, and solving it is one of the biggest open problems in virtual reality. NextGen Interactions’ Jason Jerald wrote a comprehensive summary of much of the pertinent academic research about VR in The VR Book, and in Chapter 12 he summarizes the five major theories of what may cause simulator sickness.
