XR (Extended Reality)
Extended Reality
A collective term for technologies that blend the real and virtual worlds — including VR, AR, and MR.
In Simple Terms
XR is an umbrella term for technologies — including VR and AR — that use digital capabilities to expand the real world or create entirely new environments. For example, it covers experiences like seeing a character appear in a real-world scene through your smartphone camera, or putting on a headset to play sports in a lifelike virtual space. XR encompasses the many different systems that erase the boundary between the physical and digital worlds.
Behind the Name
The "X" in XR carries meanings like "Extended" (to expand) or "Cross" (to intersect), and also functions as a variable symbol that encompasses a range of different technologies. The "R" stands for "Reality." The easiest way to think of it is as a group name that includes VR, AR, MR, and similar technologies all under one label.
Take a Closer Look!
XR is a collective term for technologies that merge the real and virtual worlds to create new kinds of experiences.
Think of it as a large umbrella grouping together various technologies — VR, AR, MR — that each change how we perceive reality in their own way. XR doesn't refer to any single specific technology; it's a concept that covers all of them.
In simple terms, XR spans everything from overlaying digital information onto the physical world to fully immersing you in a digital environment.
For example, using a smartphone to place virtual furniture in your real room (AR), or wearing a headset where a game world surrounds you in every direction (VR) — both are part of XR. By blending what's physically present with computer-generated imagery, XR makes experiences possible that would be difficult to achieve in the real world alone.
XR isn't limited to entertainment — it's being applied across many professional fields as well.
It enables people in different locations to hold meetings as if they were in the same room, or allows surgeons to practice procedures in a simulated environment. One of the defining strengths of this technology is the ability to safely experience things that would otherwise be impossible or dangerous in the real world.