The DLR Institute of Technical Physics is investigating the effects of realistic environmental conditions on the propagation and effectiveness of laser beams. Researchers are testing the use of different lasers over long distances on a 130-metre optical free-beam path at DLR’s Lampoldshausen site. One focus of this research is the possibility of detecting hazardous substances from a distance with the use of a laser, referred to as stand-off detection.
This image of Munich’s city centre consists of a time series of 60 TerraSAR-X images acquired over a period of three years. The images were processed into this false-colour image using DLR’s RADIAN (radar image analysis) software. Structures that have changed over this period are shown in red. Vegetation is coloured green, static structures are shown in blue.
Civil security research at the German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) focuses on researching and developing solutions and technologies that ensure the protection of citizens and critical infrastructures from damage caused by natural disasters as well as major emergencies, threats from terrorism and organised crime.
These solutions help to increase the security of citizens and thus their quality of life and strengthen the civil security economy. A characteristic feature of this is a scenario- and capability-oriented approach. Realistic scenarios and required capabilities form the basis for developing practice-oriented solutions across focal areas and disciplines together with end users and companies, while taking social aspects into account.