In different areas of production, such as construction and manufacturing, the excellence of VR lies in its cost-efficiency. The earlier VR is put to use, the greater are the benefits. Design and testing in an artificial environment equals to a fraction of the costs of the production as a whole. This way, the possible errors are eliminated right from the start. VR always speeds up the work, as the time spent at the production site decreases.
VR is inherently about interaction. It sets the ground for developing design and engineering softwares with higher value. In VR, designers and engineers are able to view and interact with different objects in the right scale. Stakeholders can join in the design and, for example, plan an apartment in all of its detail together with the interior designers.
Transforming data into information is at the center of VR. Businesses collect vast amounts of data. Along with the Internet of Things (IoT), the demand for effortless ways of handling this information is rising. Data visualization concerns the usability of building information models (BIM) even after construction.
In marketing, VR can be used in demonstrating of products to the customers. Bringing VR to exhibitions and fairs will cut a considerable part of the logistical costs of trasnporting the product itself.
In the area of well-being and healthcare, VR enables various new solutions. Most visual representations of medical imaging, for example, are available virtually. This allows nurses and doctors to have more precise information on the diagnosis and helps with the treatment. In addition, VR can be used in motoric, cognitive and neurological rehabilitations. With medical studies, virtual reality can be used as a virtual learning environment, to study anatomy and practice operations.
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