What is Extended Reality: What are The Challenges of Extended Reality?

When developers and tech firms all around the world started using technologies like augmented and virtual reality, the idea of extended reality (XR) emerged. Extended Reality (XR) has been used in numerous science fiction films, but using it in the real world is significantly different from doing so in a movie.


What is extended reality (XR)?

The word "XR," which is relatively new, applies to all immersive technology. Virtual reality (VR), augmented reality (AR), and mixed reality are examples of technologies that are currently in development, as well as those that already exist (MR). All immersive technologies broaden our perception of reality by combining the virtual and "real" worlds or by creating a fully immersive experience. According to a recent study, more than 60% of participants believed that XR would gain widespread adoption during the following five years. Let's look at each of the available technologies to get a better understanding of XR.


Augmented reality (AR)

Digital objects and information are layered in the real world in augmented reality. Through this interaction, the physical environment is enhanced by digital features like images, text, and animation. You can attend the event using TVs, tablets, and smartphones in addition to AR glasses. Users are not completely blocked off from the outside world in this fashion, so they may still interact and observe what is going on in front of them. The Pokémon GO game, which overlays virtual organisms on the real world, and Snapchat effects, which let you don virtual hats or eyewear, are among of the most well-known AR applications.


Virtual reality (VR)

In contrast to augmented reality, a VR experience immerses users entirely in a digital simulation. Users need to don a VR headset or head-mounted panel for a 360-degree view of an imagined world that deceives the brain into thinking they are, for instance, walking on the moon, plunging under the ocean, or exploring whatever new cosmos the VR makers constructed. The gaming and entertainment industries were among the first to make use of this technology, but organisations from a variety of fields, including the military, design, medicine, and engineering, are finding enormous benefits in VR.


Mixed reality (MR)

In MR, it is possible for digital and physical objects to interact in real time. This most modern immersive technology has been referred to as hybrid reality. It requires a lot more computer power than VR, AR, and MR equipment. Microsoft's HoloLens, which among other things lets you place digital objects into the location in which you are present and then engage with them however you see appropriate, is a great example. Companies are looking into the potential uses of mixed reality to address problems, promote initiatives, and enhance operations.


Challenges of XR

Those developing XR technologies are removing some of the obstacles to wide adoption. First, XR technologies collect and analyse vast quantities of extremely private data about your everyday routines, including everything you do, what you glance at, and even how you feel. This information must be safeguarded.

Additionally, the price of implementing the technology must drop in order for numerous enterprises to do so. A complete XR experience requires wearable technology that is fashionable, cosy, intelligent, always linked, and realistic. In order to avoid simulated objects in the actual world from looking exactly like real objects, particularly when the illumination changes, a number of significant technical and hardware issues must be fixed. These include the screen, power and temperature, gesture recognition, connectivity, and prevalent illumination.

In the coming years, all XR technologies will be utilised in a far greater spectrum of regular applications as we come closer and closer to discovering solutions to these issues.