Mixed Reality, Virtual Reality, and Augmented Reality: What’s the Buzz With These?

Mixed Reality, Virtual Reality, and Augmented Reality: What’s the Buzz With These?

The popularity of the Virtual Reality (VR) industry has created so much buzz these days from the Managed IT services in Australia community lately. However, based on the trends that we are noticing, the real stars are augmented reality (AR) and mixed reality (MR), both of which are gaining traction in the marketing and IT world.

AR and MR have clear applications for different industries – using holograms to simulate real-life scenarios such as training employees or demonstrating products to consumers.

Here are some of the things you’d want to know about these two techy trends:

Let’s Talk About AR

AR puts simulated elements such as holograms into the real world, where in contrast virtual reality is about putting an individual into a simulated environment. AR lets you stay in the real world while you tinker with the Internet via apps and other devices.

The beauty of AR is it allows you to use the computer while, at the same time, being able to use your hands. It can simulate scenarios where you need to be seated, standing, or lying down. Imagine driving a car without actually being inside one.

AR Supports Different Modes of Operation

At a glance, AR will let you go hands-free so you can function in an unrestrained environment while still being connected to the Internet. AR makes it very convenient to get help or guidance since a remote technician can see what you see and collaborate with you in the process, hands-on. These aspects make AR a fantastic training or teaching tool.

How About MR?

The idea that drives MR is quite similar to AR concepts with a few minor adjustments. AR puts the simulated things on top of the real environment. However, said objects are not interactive. While in contrast, MR allows the real and the virtual interaction. This is very cool, especially with the popularity the Internet of Things where MR devices can be harnessed.

Information from devices around an individual person may be viewed through their MR gadget. Let’s say, a technician from Earth could view the oxygen levels of a space station en route to the moon from a different location. Through MR, he can adjust the oxygen tanks and valves, while checking MR and at the same time, observing what’s happening on the station instead of being physically being there doing the hazardous task.

Advanced security procedures can also be done with MR. For example, a door may have a CCTV that is wired to MR devices. Before someone can gain entry, their MR device shows a set of patterns to them. They swipe through the patterns to form the password so they would be able to open the door. The camera confirms the pattern, which it is programmed to do.

The advances of AR and MR may alter the ways we harness technology for different purposes. Be prepared for the next step in the era of human and computer interaction.

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