The FLEXCARE project adds significant value to the EU FP7 FLEX project, by providing highly relevant new capabilities to experimenters in the field of LTE research and beyond (5G). 

The aim of FLEXCoop is to introduce a fully automated demand response framework and a tool environment for private electricity generators and consumers.

The aim of FLEXCoop is to introduce a fully automated demand response framework and a tool environment for private electricity generators and consumers.

Before a vehicle can travel automatically, it must be able to “see” and recognize objects autonomously. The Fraunhofer lidar labeling tool, called “FLLT”, supports AI developers, labeling experts and software developers of automotive manufacturers and their suppliers as well as sensor manufacturers in analyzing and annotating image data from cameras and lidar sensors.

Within the framework of the Fraunhofer Academy, the business unit ESPRI – collaborative safety and security developed training courses for specialists and users in the CyberSecurity learning laboratory with the University of Applied Sciences Berlin (HTW Berlin). The Cyber Security Learning Lab of the Fraunhofer Academy is a cooperation between Fraunhofer and selected universities of applied sciences.

The project FunctionalDMU offers an interdisciplinary approach to the functional development of mechatronic systems. Its main thrust lies in the way it extends 3D-construction prototyping (DMU) to cover behavior models which can exist in various modeling languages for a variety of simulators.

The Future Home project aims to create a solid, secure, user friendly home networking concept based on wireless networking technologies.

FIcontent offers open platforms for SMEs and developers to create applications and services in the areas of social connected TV, smart city services, and pervasive games.

G-Lab Deep is one of the 2nd wave G-Lab projects funded by the German BMBF and runs until February 2012. The project addresses issues related to the Future Internet and the provisioning of appropriate experimental platforms in the academic environment, with an emphasis on current work in the G-Lab framework. The main focus of the research is to convey the requirements that result from a concrete application layer workflow to the network layer.

In the electro-mobile future, urban citizens will make common use of the infrastructure and a large number of vehicles. This is what scientists working at Fraunhofer Institute predict.

Quality of life in an urban environment depends strongly on ecological, social and mobility aspects. Based on these assumptions, the GeMo project develops innovative processes and applications for enabling the collaborative use of different mobility resources - especially in the area of electric mobility.

With the project GEN6 the IPv6 transition of existing eGovernment infrastructures has been shown in some complementary pilots.