Virtual- & Augmented Reality

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Ambulance

With the mobile ward round, the nursing staff of a hospital has the possibility to get in contact with a specialist during ward rounds. The audio-visual connection is via an app on the mobile phone, keeping both sides completely mobile during use. The specialist can use VR glasses to experience the ward round from the perspective of the nursing staff. The images are captured by a camera attached to the caregiver’s head, whose images, like the audio, are transmitted in real time via the app. If required, the application can be extended with medical devices.

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Televisite

With the mobile ward round, the nursing staff of a hospital has the possibility to get in contact with a specialist during ward rounds. The audio-visual connection is via an app on the mobile phone, keeping both sides completely mobile during use. The specialist can use VR glasses to experience the ward round from the perspective of the nursing staff. The images are captured by a camera attached to the caregiver’s head, whose images, like the audio, are transmitted in real time via the app. If required, the application can be extended with medical devices.

In many areas, such as firefighting, surgery, and pilot training, training, simulations, and education have been conducted using AR and VR technologies for several years. The practitioner is immersed in a virtual world in which he can look around, move around and interact with. The scenarios for this are versatile and enable practical and work-related learning. Collaborative practice also builds teamwork, confidence and communication skills. Compared to traditional training and simulations, VR/AR training is location-independent and requires fewer personnel. As a result, they reduce the associated costs.

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Education and Training

In many areas, such as firefighting, surgery, and pilot training, training, simulations, and education have been conducted using AR and VR technologies for several years. The practitioner is immersed in a virtual world in which he can look around, move around and interact with. The scenarios for this are versatile and enable practical and work-related learning. Collaborative practice also builds teamwork, confidence and communication skills. Compared to traditional training and simulations, VR/AR training is location-independent and requires fewer personnel. As a result, they reduce the associated costs.

The end devices are selected individually depending on the application in order to obtain the best possible benefit. VR – Virtual Reality is used when the user is supposed to find himself in the action. He is immersed in an exclusively virtual world and cannot interact with reality during this time. AR – Augmented Reality is an augmented reality. The user is in reality, but can see other virtual elements (e.g. arrows, displays, figures or CAD objects). The various VR and AR models differ in their mobility, quality and complexity. As a further option, traditional screen devices such as mobile phones, tablets and PCs can also be selected at any time for a familiar 2D display.

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Terminals

The end devices are selected individually depending on the application in order to obtain the best possible benefit. VR – Virtual Reality is used when the user is supposed to find himself in the action. He is immersed in an exclusively virtual world and cannot interact with reality during this time. AR – Augmented Reality is an augmented reality. The user is in reality, but can see other virtual elements (e.g. arrows, displays, figures or CAD objects). The various VR and AR models differ in their mobility, quality and complexity. As a further option, traditional screen devices such as mobile phones, tablets and PCs can also be selected at any time for a familiar 2D display.

In the 5G-CityVisAR project, a system is being developed in which designs for construction measures are displayed on site in AR. By incorporating CAD objects and geodata, a realistic representation is created in the areas to be planned. With this system, citizens can be better involved in the planning process and construction projects become more efficient, transparent and democratic.

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5GVisAR

In the 5G-CityVisAR project, a system is being developed in which designs for construction measures are displayed on site in AR. By incorporating CAD objects and geodata, a realistic representation is created in the areas to be planned. With this system, citizens can be better involved in the planning process and construction projects become more efficient, transparent and democratic.

By coordinating a firefighting operation via video and audio transmission, firefighters can be relieved and protected from danger. In order to be able to see everything at a glance, data such as video data, sensor data and position data are clearly displayed in VR. This allows incident command to coordinate and navigate firefighters and make the operation safer and more efficient. Additionally, firefighters can be equipped with AR headsets that show you valuable information in their real-world environment.

Our Services

Fire department

By coordinating a firefighting operation via video and audio transmission, firefighters can be relieved and protected from danger. In order to be able to see everything at a glance, data such as video data, sensor data and position data are clearly displayed in VR. This allows incident command to coordinate and navigate firefighters and make the operation safer and more efficient. Additionally, firefighters can be equipped with AR headsets that show you valuable information in their real-world environment.