Virtual Reality (VR) is a technology that completely immerses the user in a digitally generated environment. Using specialized VR goggles and controllers, users can interact with a virtual world in a way that feels surprisingly realistic. What sets VR apart from other immersive technologies is its full isolation from the outside world and the ability to create entirely new realities.

A key element of VR is its ability to stimulate multiple senses, primarily sight and hearing, and with haptic controllers, even touch. Modern VR systems offer six degrees of freedom (6DoF) motion tracking, allowing movement in any direction within a 3D space. This functionality, combined with high-quality displays and precise motion tracking, delivers a convincing immersive experience.

VR is particularly effective in the following areas:
  • Training and Education: Medical simulations, occupational safety training, mastering complex procedures
  • Design and Prototyping: Architectural visualizations, product design, engineering
  • Therapy and Medicine: Phobia treatment, rehabilitation, pain management
  • Industry: Workforce training, production process simulations, remote machine operations


The greatest advantages of VR include the ability to create a safe training environment, reduce the costs of training and prototyping, and present concepts in ways unattainable by other methods.