In the area of communication, we implemented RF communication protocols tailored to the communication channel using complex modulation and carrier allocation schemes. Even more, we have designed and implemented high data rate custom communication protocols for real-time data acquisition and signal analysis.

In the area of robotics, we integrated collaborative robots on production lines. The applications are ranging from simple pick and place tasks to complex product manipulation for quality assurance measurements.

In the automotive area, we have implemented automatic test equipment for ECU functional and life cycle testing. We also implemented visual inspection algorithms for automotive components.

In this area, our work is focused on information security, tempest analysis, and zoning. Other applications include radar signal processing, signal classification, spectrum visualization.

We have a lot of experience automating tasks on the factory floor for our customers. Most of the projects were automatic test equipment (ATE) that are meant to assure the quality of the products. In order to achieve that we usually have to develop custom mechanical fixtures, hardware, and software.

Our work in this area is focused on automatic object inspection applications which cover feature detection, defect detection, optical measurement, optical alignment.

In the past years more and more industrial machines are designed to be monitored and controled over internet. Yes, that’s defenitly Industry 4.0. We develped grafical control interfaces and even digital twin interfaces for automation lines.

In this area, we have an ongoing research project involving advanced radar technology to create biometric and imaging sensors.
We also involved in the project TULLY. This is a promising product designed to be a therapeutic personal assistant for children with ADHD.