Industrial systems must be optimized for the specific requirements of an application. As a supplier and manufacturer of a wide variety of embedded PCs, we can offer standard products. In many cases, only customized solutions come into question. In a custom design, for example, the installation situation of the housing, the design of the interfaces, the cooling of the complete system and the fulfillment of certain protection classes can be taken into account.

 

One example of measurement technology is environmental measurement technology, which has been on the rise for some time and is playing an increasingly important role. It is very important for municipalities to monitor pollution locally and quickly in order to initiate countermeasures for population protection if necessary and to avoid penalties. The low-power modules ANDROX and NUCA with their low power consumption (solar/island solutions!) and numerous interfaces are perfectly suited for this purpose.

But also in the field of vision systems e.g. optical monitoring of forest fire endangered areas we are very well positioned with powerful systems.

Due to their small dimensions, our systems can also be integrated very well into all-weather camera housings.

Due to the increase in traffic, our roads and city centers are overloaded with car traffic. For example, intelligent traffic control can adjust traffic light control so that car traffic is optimally routed through the streets.

 

One of the great strengths of algorithms was shown, for example, in the field of image recognition and video analysis. The learning ability of this class of algorithms made it possible to continuously learn and understand the content of images. Impressive progress has been made in this area in recent years, particularly in the field of medicine. These algorithms can be trained with image data of a wide variety of types - this opens up completely different areas of application and algorithms can be trained to examine X-ray images or CT scans for anomalies. In this way, they can support doctors in the diagnosis of diseases.
 

Logistics is a very broad term that covers many different industries and brings with it a wide variety of requirements. While traffic control technology requires extremely high-performance hardware for evaluation and calculation (AI, DL, ML), warehouse logistics often focuses on the limited space available (autonomous vehicles in logistics) and power consumption. In the area of freight forwarding logistics, certain requirements arise from the use of hardware in the vehicle.

Whether you're managing network communications for a stadium, college campuses, airports or theme parks, the volume of SMS, calls, posts and videos on an average day is enough to bring normal networks to their knees.

Complex challenges require special solutions:
In the stadium as an intelligent router solution: to bundle resources e.g. before and after the start of the game towards the parking lot and to ensure coverage during the game in the arena.

Edge computing is conquering the IT infrastructure of all automotive companies, in production as well as in the vehicle. 

Edge computing, i.e. all kinds of calculations and analyses at the extreme ends of an IT topology, has become a hot trend.

It is also becoming more prevalent in the automotive industry. There are two very different fields of application: On the one hand, all in-car computing operations belong to it, which are growing rapidly, especially due to the new generations of connected vehicles. On the other hand, edge computing is increasingly finding its way into manufacturing, where more and more computing power is being moved as close as possible to the sensors.
 

In addition to their use in automation, industrial computers are primarily found in the areas of communication, industrial image processing, as well as process visualization, data acquisition and process control, where they offer optimal solutions. Industrial computers are also used in quality control during final acceptance as inspection and test stands, for example in circuit board assembly for the optical detection of components.

Carry out inventories in large storage areas fully automatically with the help of robot and drone technology and cameras?
Have quality controls in production, for example of gap dimensions, surfaces or even crop yields in agriculture, carried out by computer?
Automatically forward customer calls to the right support employee?

These are just three examples of how clever automation improves everyday life through the use of artificial intelligence. The benefits: Cost savings, speed and freedom from errors.

One of the most current topics in retail is the good old shopping cart. In order to better control the flow of customers and avoid long waiting times at the checkout, shopping carts are increasingly being “digitized”. Equipped with a scanner and an operating terminal, the shopping cart becomes a mobile checkout. The goods are recorded directly in the shopping cart and displayed on the control terminal. After shopping, payment is made directly at the shopping cart or via smartphone.