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A completely simulated virtual environment, with a panoramic view and a possibility of interaction with other participants through visual, tactile, auditory perception, etc.
Enabling the display of additional graphical elements linked to real-life objects. Adapted for mobile devices
A technology that is similar to AR, enhanced by headset, and glasses with an integrated camera
This collective environment is shared the resulting space practically improved convergence physical reality outer space, including the sum of all turnovers in the world, augmented reality and the Internet
Production line simulation and sequencing
Planning of standard procedures and emergency scenarios
Freshmen training - navigation through various areas and rooms
The VR complex creates an environment as close as possible to combat, which allows the employee to prepare for the upcoming operational and combat operations anywhere in the world
Shooting simulators from all types of weapons
Simulators for training assault units
VR gaming content
Amusement Parks
Genuine experiences of visiting any place without physical travel
Creation of an extensive information field, from text data to video content
Possibility to interact with the virtual environment, e.g. online shopping or bookingd
Creation of AR navigation
Various training courses
Historical projects with a virtual immersion in the relevant epoch
Teaching schoolchildren and students with the use of virtual simulators
Apartment visualization
Free movement
Interaction with the environment for the creation of the desired interior
Visualization of any objects and spaces, from a simple room to an entire city
Applying the technology of virtual reality in industry primarily serves for efficient training. Immersive simulators effectively translate skills and knowledge to personnel, reducing the time it takes them to attain a high level of expertise.
AR and VR technologies are presently used to provide easier solutions for a variety of problems, from designing new industrial lines and end products to training personnel and assisting with repair work.
Immersive technologies has been adopted by the military – this includes all three services (army, navy and air force) – where it is used for training purposes.
Immersive technologies has been adopted by the military – this includes all three services (army, navy and air force) – where it is used for training purposes.
The use of Immersive Technologies significantly increases the efficiency of repair work control.
VR, Training
VR, Training
1
Application form
2
Initial call with discussion of the task
3
Exchange of materials (drawings, models, photos, videos)
4
Technical description
5
Approval of the terms of reference
6
Commercial offer and contract signing
7
Completing the task
Thanks to virtual reality, a person not only formally memorizes the sequence of actions but also visually drills out the order of actions at each stage of work for both planned and emergency situations. VR technology enables the training of a large number of people and the creation of comprehensive industry-related courses. Immersive training is implemented both at the level of VR simulator to work with specific equipment, and at the level of an entire virtual plant. Here, the possibilities are only limited by the company`s budget.
VR enables visualizing and interacting with aircraft CAD geometry because it provides an environment that is identical to the inside of the physical mockups which is built for each aircraft during the design phase. Likewise, apart from the visualization of CAD representations of parts, it’s possible to move elements around their installed position, reach around obstacles, etc. It has the most beneficial impact on: – flight deck design– maintainability or accessibility verification assembly planning”
Engineers don’t have accessible that many studying materials. They often need to wait for some complex structure to become available as a learning tool With the help of VR technology, their learning process would go much faster since it creates a virtual environment that allows engineers to view that composite structures and learn how to manage them well.”
The use of Immersive Technologies significantly increases the efficiency of repair work control. AR glasses, phone or tablet allow quick access to technical documentation, ongoing production data, and repair knowledge bases at the break location, thus increasing the quality of maintenance operations, reducing the repair time, and hence any downtime loss. As example it’s an AR application that overlays the machine with its own 3D model in real-time.
