Industrial Applications

In safety-critical situations, rapid and reliable situational awareness is crucial. Fraunhofer FHR develops radar-based sensor systems that reliably detect and track people, vehicles, and structures even under difficult environmental conditions. Modern radar sensor technology enables robust detection regardless of lighting conditions, smoke, dust, or poor visibility. This generates reliable data that provides emergency responders and security organizations with a sound basis for decision-making.

These technologies are suitable for a range of applications, including the monitoring of critical infrastructure, support for rescue operations, and disaster response. Advanced data analysis methods enable the automatic evaluation of large volumes of sensor data and provide precise situational awareness in near real time. This allows threats to be identified early and response measures to be planned effectively. Government agencies, security organizations, and industry partners benefit from our systems, which can be flexibly integrated into existing security infrastructures. Join us in developing innovative technologies for modern security and disaster response systems.

In modern production environments, there is a growing need for precise process monitoring and automated quality control. Fraunhofer FHR develops radar-based sensor solutions capable of non-contact, real-time detection of materials, movements, and process conditions. High-frequency sensor technology enables robust measurement even under challenging conditions such as dust, heat, or high process dynamics. This provides companies with reliable data on production processes, allowing them to efficiently control and optimize operations.

Radar-based measurement methods open up new possibilities for the continuous analysis of industrial processes. Production facilities become more transparent, quality deviations can be detected early on, and maintenance measures can be planned more effectively. These technologies support applications such as material analysis, process monitoring, and inline quality inspection in automated manufacturing systems. Together with industry partners, we develop customized sensor systems that can be integrated into existing production environments. Leverage our expertise to make your production processes more efficient, stable, and cost-effective.

The mobility of the future relies on precise sensor data and high-performance infrastructure. At Fraunhofer FHR, we are developing radar and sensor systems capable of reliably detecting and analyzing vehicles, road users, and infrastructure. Modern radar sensor technology enables robust detection of complex traffic situations—regardless of weather, lighting conditions, or high traffic dynamics. This generates precise data on traffic flows, movement patterns, and safety-relevant situations.

This information provides a crucial foundation for intelligent transportation systems and automated mobility solutions. Radar-based traffic detection enables the analysis of traffic flows, the optimization of infrastructure, and the development of new mobility concepts. At the same time, our sensor technology supports automated driving functions and connected traffic systems. Companies and public infrastructure operators benefit from our reliable technologies for data collection and traffic control. Together, we develop innovative sensor solutions for safe, efficient, and sustainable mobility systems. Use our technologies to implement intelligent traffic infrastructures and future-proof mobility solutions.

Radar and high-frequency sensor technology opens up new possibilities for the non-contact analysis of complex natural and biological processes. Fraunhofer FHR is researching innovative measurement methods capable of precisely capturing movements, structures, and changes in environmental and health systems. These technologies enable new approaches to environmental monitoring, resource conservation, and sustainable applications. Sensor-based data provides valuable information about changes in natural systems and supports a well-founded assessment of ecological processes.

Combined with modern data analysis, this creates powerful tools for evaluating large sets of measurement data. Applications range from environmental monitoring systems and materials analysis to new technologies for sustainable industrial processes. Companies and public institutions benefit from precise measurement methods that reveal complex relationships and enable data-driven decision-making. Together with our partners, we develop innovative sensor systems for environmental analysis, sustainable technologies, and new applications in the healthcare sector. Leverage our research expertise to develop data-driven solutions for the environment, health, and sustainable innovations.

The industrial applications developed by Fraunhofer FHR are based on high-performance key technologies in radar and radio frequency engineering. The institute develops innovative sensor systems, antenna designs, and signal processing methods capable of precisely detecting and analyzing complex environments. Modern sensor architectures combine radar and high-frequency technology with intelligent data analysis, enabling robust data acquisition even under demanding conditions. This results in flexible platforms for a wide variety of industrial applications.

A key focus is on modular sensor systems, adaptive measurement methods, and high-performance data processing. These technologies enable the precise real-time monitoring of movements, structures, and process conditions. Companies benefit from scalable sensor solutions that can be adapted to specific requirements and enable new data-driven business models. Together with industry partners, we develop demonstrators and prototypes that translate scientific findings into application-oriented technologies. Work with us on the next generation of industrial radar and sensor systems and unlock innovation potential for your applications.