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FZI is developing concepts and methods for variant and configuration management of electrical/electronic architectures in buses for EvoBus GmbH.
The Test Area Autonomous Driving Baden-Württemberg (TAF BW) covers all types of public roads. Companies and research institutions can test technologies and services related to connected and automated driving here.
The FZI has developed an IT security kit that helps to avoid security vulnerabilities in IT products when implementing standard IT security practices.
Energy-efficient construction inspired by nature: Polar bear fur inspired the DITF to develop a new type of textile thermal insulation material.
In the "REWARD" collaborative project, Hohenstein and its partners are investigating effective strategies for recycling wastewater from commercial washing processes.
Based on natural proteins, Hohenstein developed a novel textile finish with water- and dirt-repellent properties in cooperation with the Fraunhofer IGB in Straubing.
In the "BakTex" collaborative project, Hohenstein and RWTH Aachen University are developing medical textiles with reduced bacterial adhesion to reduce hospital-acquired infections.
Following the motto "no batteries, no cables", Hahn-Schickard develops the smallest energy generators that supply wireless sensors and mobile systems directly with energy from the environment.
Hahn-Schickard in Villingen-Schwenningen is developing a dental prosthesis that can deliver liquid medication with high precision and continuously. The focus is on the therapy of Parkinson's disease.