Mr. Schmidt, what was the motivation behind the mobile edge PC solution with assisted reality smart glasses?

Jörg Schmidt: Our motivation for developing the Dynaedge was not only the opportunity to increase productivity, but also the clear demand on the market. Until now, the only assisted reality solutions available were based on Android. A Windows-based solution like ours simply did not exist before, even though it offers numerous advantages. We also see the existing service landscape for users of wearable solutions in the business sector as an opportunity to score points as a long-standing provider of solutions in the B2B IT market.

How does assisted reality differ from augmented reality?

Jörg Schmidt: By using the Dynaedge with data glasses, employees are supported in the field. They can call up information and data at any time via assisted reality to make the process they are carrying out easier. The user's view of the current work situation is supplemented by superimposed information as required, but not superimposed as with augmented reality or even replaced as with virtual reality. This is why we speak of assisted reality.

What is the technology behind the Dynaedge DE-100 edge computer?

Jörg Schmidt: The device is a lightweight, portable and smart edge computing PC that offers the full performance of a standard computer with a sixth-generation Intel Core vPro processor. Equipped with Windows 10 Pro and Windows 10 IoT, it is also easy to integrate into existing IT infrastructures. At the same time, users benefit from the support and security functions that Microsoft offers with regular updates. The integrated battery enables a runtime of up to 6.5 hours and is also replaceable. Thanks to the optional second battery, employees can, if necessary, work for an entire working day on the road or in the field without an external power supply.

The Dynaedge has high-performance components that are installed in the smallest possible space. This makes the PC ideal for edge applications. The device has also been tested in accordance with the strict guidelines of the MIL-STD-810G test procedure and has undergone the Highly Accelerated Life Test procedure from TÜV Rheinland. This enables us to offer the greatest possible data protection even at the edge of the network.

What does the AR100 Viewer data glasses offer?

Jörg Schmidt: Thanks to the latest Wi-Fi and Bluetooth technologies, the data glasses, together with the DE-100 edge computer, ensure unhindered, hands-free connectivity - for example to the company network or to send and receive data, transmit live videos or track goods. The required information appears on the display of the monocular data glasses. As the screen is not permanently in the user's field of vision, it can be consulted if necessary, but otherwise does not interfere with the unobstructed view. In addition, the viewer is available with a variety of frames and can therefore be individually configured for the type of work and environment - everything is possible, from the usual spectacle frame for standard use to attachment to an elastic band with extra freedom of movement and even attachment to a safety helmet.

What distinguishes the new assisted reality solutions from others?

Jörg Schmidt: There are already very good assisted reality solutions on the market. Nevertheless, we have identified a niche for ourselves: Whereas previous solutions are Android-based, we have opted for a Windows solution. With over 30 years of experience in the PC market, we know what is important to business users when it comes to their PC - regardless of whether it is a desktop PC, a notebook or a mini PC. One of the most important decision criteria is effortless integration into the existing IT landscape. We meet this requirement with our Windows 10 Pro and Windows 10 IoT-based system.

One aspect that was also very important to us during development is the placement of the Bluetooth and Wi-Fi interfaces in the device, which is worn on the belt, rather than in the data glasses themselves. The sensors built into the viewer, such as the accelerometer, ambient light sensor - ALS for short - or gyroscope, can be switched off at the touch of a button as soon as they are not needed. This means that employees do not have to worry about unnecessary radiation near their heads.

What does the Ubimax partnership contribute to the solution - now and in the future?

Jörg Schmidt: Ubimax is contributing its Frontline AR platform for uncomplicated communication via the Dynaedge PC. We are planning to launch further software solutions on the market in the future.

What other applications is the mobile edge computer suitable for?

Jörg Schmidt: At the moment, we see the greatest potential in industry, maintenance and industrial production. In principle, however, the computer can be used anywhere where data needs to be collected and processed on the move and where a permanent power supply is not guaranteed.

One possible future application scenario is the maintenance of high-voltage power lines, for example. It is already common practice for lines in inaccessible areas to be flown over by drones in order to detect any damage at an early stage. The flying objects collect huge amounts of data, which is then transmitted to a server for analysis. The Dynaedge computer, which weighs just over 300 grams, could be used here. Mounted on the drone, the smart edge computing PC flies along and not only stores the data, but can also process it directly on the PC. Filtering out irrelevant data and performing calculations and analyses at the edge of the network results in lower data transmission volumes. As a result, companies benefit from significant cost savings and a considerably reduced security risk.

Can we expect more Industry 4.0 products from Toshiba in the future?

Jörg Schmidt: We see this market launch as the starting signal for Toshiba Europe to position itself in a completely new field. We intend to launch further innovations in the field of Industry 4.0 in the future. Our aim is to significantly increase the use of wearables in industry.