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Augmented Reality (AR) & Virtual Reality (VR) are quite commonly heard terms these days. What exactly are they?
Augmented Reality or AR enables you to see a real world combined with a digital rendering that augments your current view. The augmentations could be using content such as graphics, music, or animations. With the help of AR, you can not only see the real-life environment right in front of you like your table, trees, or dogs, but also see a digital augmentation overlaid on it.
AR is developed into apps and used on mobile devices to blend digital components. Although the history roots from the 80s, the rise happened when cameras got better and advanced. An additional factor that helped are softwares and algorithms that could render digital content and overlay it live while the user holds the phone in a specific way.
Microsoft Hololens, a mixed reality device and Epson Moverio Augmented Reality Smart Glasses are examples of next-gen AR devices.
Let’s look at VR now.
Virtual Reality (VR) refers to a simulated environment created using technology. Instead of viewing a screen in front of you, you will be immersed in the 3D world, and can interact with the elements around.
VR headsets like Oculus, Sony VR, or Google Cardboard are some of the devices that uses your mobile phone to experience VR. Even though Virtual Reality is most commonly experienced with the help of a VR headset, there are other devices like Omni-directional treadmills and VR gloves today that can add to your experience. VR not only creates a strong sensation of virtual content. It can stimulate your senses like touch, sound and sight too. It’s called synthetic stimulation.
Virtual Reality is possible through a coding language known as VRML (Virtual Reality Modeling Language) that specifies the types of interactions possible with the images or videos.
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Image credits: ©Nature.com
You could say both AR and VR have similar concepts, but different results. That’s why the fields that have experienced their impact don’t have much in common.
AR has always found a home in more commercial and industrial fields. It first appeared in the work of Caudell and Mizell  at Boeing, who sought to assist workers in an airplane factory by displaying wire bundle assembly through a HMD. AR is currently being used in:
• In medical training
• In retail, where shoppers can look up additional information on products while they're browsing Repair and maintenance of complex equipment
• For visualization of final products during creative process
• In the entertainment industry
As for VR, it has found application in training for real-life environments by creating a simulation of reality where people can practice complex aspects in safer environments. For example:
• For training purposes by army, navy, air force, marines and coast guard
• In sports, so that the coaches and players can train more efficiently
• In medical training, to create a consequence free learning environment
• For interactive learning in schools
• For product displays in fashion industry
• In the entertainment industry
So who’s winning? There’s no right answer to this question. It is only a matter of choice, and your purpose.
Experiencing AR and VR is fun, but to be able to pursue a career in these fields is awesome. With the increasing demand for content in AR and VR, learning to develop Augmented Reality & Virtual reality experiences can take your career a long way.
If you decide that a career in these next-gen fields are for you, you can join a career course in Augmented Reality or Virtual Reality, at a reputed institution and gain the skills that you require to get hired by top companies in these industries.