What is

Virtual Reality

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Virtual Reality is an artificial environment that is created with software and presented to the user in such a way that the user suspends belief and accepts it as a real environment. On a computer, virtual reality is primarily experienced through two of the five senses: sight and sound.

It is the most immersive type of reality technologies and can convince the human brain that it is somewhere it is really not. Head mounted displays, used with headphones and hand controllers, provide a fully immersive VR experience. With big names like Facebook, Google, and Microsoft currently investing billions of dollars into immersive virtual reality solutions, the future of VR development is set to be a pillar of our everyday lives.

Virtual Reality can be divided into basic categories:

AR & vr Development

The creation of immersive VR environments for later use in training, education, and other.


Utilizing the environment, previously created through AR VR development,for training, learning, and even gaming.

Total Immersion

Virtual Reality means experiencing through our computers things that don’t really exist. A realistic 3D image or artificial environment is created with a mixture of interactive hardware and software, and presented to the user in such a way that the any doubts are suspended. Eventually, the brain accepts it as a real environment with which you interact in a seemingly real or physical way.

Virtual Reality is best understood by first defining what it aims to achieve – total immersion.

3D World

An immersive virtual reality experience means that the sensory feeling is so real, that we forget it is a virtual-artificial environment and begin to interact with it as we would naturally in the real world. In a virtual reality medium, a completely synthetic world may or may not mimic the properties of a real-world environment. This means that the virtual reality environment may simulate an everyday setting (e.g. walking around the streets of London), or may exceed the bounds of physical reality by creating a world in which the physical laws governing gravity, time and material properties no longer hold (e.g. shooting space aliens on a foreign gravity-less planet).

A believable, interactive 3D computer-created world that you can explore so you feel you really are there, both mentally and physically.

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Virtual Reality is

You really need to feel like you’re in your virtual world (on Mars, or wherever) and to keep believing that, or the illusion of virtual reality will disappear.


Virtual Reality is

As you move around, the VR world needs to move with you. You can watch a 3D movie and be transported up to the Moon or down to the seabed—but it’s not interactive in any sense.


Virtual Reality is

Why is that important? Because only powerful machines, with realistic 3D computer graphics, are fast enough to make believable, interactive, alternative worlds that change in real-time as we move around them.


Virtual Reality is

A VR world needs to be big and detailed enough to be explored. However, a realistic painting shows only one scene and one perspective. A book can describe complex “virtual world,” but you can only really explore it linearly.


Virtual Reality is

VR needs to engage both your body and mind. You can play a flight simulator game and be lost in a very realistic, interactive experience, but it’s not like using a real flight simulator, and even less like flying a plane.


VR is quite different. It makes you think you are actually living inside a completely immersive virtual reality world. It is two-ways interactive: as you respond to what you see, what you see responds to you. For example, if you turn your head around, what you see or hear in through AR VR development, changes to match your new perspective.

Types of Virtual Reality

Virtual Reality has often been used as a marketing buzzword for compelling, interactive video games or even 3D movies and television programs, none of which really count as VR because they don’t immerse you either fully or partially in a virtual world. There are several categories but the main types of virtual reality differ in their levels of immersion. Below, we explore a few of the different categories of Virtual Reality.

Oculus Quest Unity Development

Fully Immersive

Provide the most immersive VR technology implementation. In a fully-immersive simulation, hardware such as head-mounted displays and motion detecting devices are used to stimulate all of a user’s senses. These are able to provide very realistic user experiences by delivering a wide field of view, high resolutions, increased update rates (also called refresh rate), and high levels of contrast into a user’s head-mounted display (HMD).

Simulators Oculus Quest Development


More immersive VR experience, in which the user is partly but not fully immersed in a virtual environment. Semi-immersive simulations closely resemble and utilize many of the same technologies found in flight simulation. These simulators are powered by high performance graphical computing systems, which are often then coupled with large screen projector systems or multiple television projection systems to properly stimulate the user’s visuals.

Non-Immersive Virtual Reality


The least immersive implementation of virtual reality technology. In a non-immersive simulation, only a subset of the user’s senses are stimulated, allowing for peripheral awareness of the reality outside the virtual reality simulation. Users enter into these 3D virtual environments through a portal or window by utilizing standard high resolution monitors powered by processing power typically found on conventional desktop workstations.

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AR VR Development
Usage areas

VR has always suffered from the perception that it’s little more than a glorified arcade game—literally “an escape from reality”. In that sense, “virtual reality” can be an unhelpful misnomer; “alternative reality,” “artificial reality,” or “computer simulation” might be better terms.

The key thing to remember about VR is that it really isn’t a fad or fantasy waiting in the wings to whistle people off to alternative worlds; it’s a hard-edged practical technology that’s been routinely used by scientists, doctors, dentists, engineers, architects, archaeologists, and the military for about the last 30 years.

What can VR development companies bring to the market?

VR Application

Difficult and dangerous jobs are hard to train for. How can you safely practice taking a trip to space, landing a jumbo jet, making a parachute jump, or carrying out brain surgery? All these things are obvious candidates for virtual reality applications. As we’ve seen already, crane simulators were among the earliest VR applications that were proven to help.

Oculus Quest Unity Development

VR Application
Scientific Visualization

Anything that happens at the atomic or molecular scale is effectively invisible unless you’re prepared to sit with your eyes glued to an electron microscope. But suppose you want to design new materials or drugs and you want to experiment with the molecular equivalent of LEGO. That’s another obvious application for virtual reality. Instead of wrestling with numbers, equations, or two-dimensional drawings of molecular structures, you can snap complex molecules together right before your eyes.

AR VR development

VR Application

Apart from its use in things like surgical training and drug design, virtual reality also makes possible telemedicine (monitoring, examining, or operating on patients remotely). A logical extension of this has a surgeon in one location hooked up to a virtual reality control panel and a robot in another location (maybe an entire continent away) wielding the knife. The best-known example of this is the DaVinci surgical robot, released in 2009, of which several thousand have now been installed in hospitals worldwide.

AR VR Development

VR Application
Design & Architecture

Architects used to build models out of card and paper; now they’re much more likely to build virtual reality computer models you can walk through and explore. By the same token, it’s generally much cheaper to design cars, airplanes, and other complex, expensive vehicles on a computer screen than to model them in wood, plastic, or other real-world materials. This is an area where virtual reality overlaps with computer modeling: instead of simply making an immersive 3D visual model for people to inspect and explore, you’re creating a mathematical model that can be tested for its aerodynamic, safety, or other qualities.

VR Development companies

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