In the automotive sector, AUTOSAR with its current release 4.1 is constantly gaining in importance. Thanks to an increasing degree of maturity, more and more OEMs – and therefore also suppliers – adapt their processes to AUTOSAR and produce AUTOSAR-conform control units, software components, basic software modules, or corresponding tools.

In close cooperation with industrial partners the competence centre for “Smart Environments” has designed and implemented an innovative content management system for AV content in the home environment and a corresponding demonstrator application.

aXBench is a softwaretool that makes it possible to realize different system variants in automotive engineering in compliance with the AUTOSAR standard. With aXBench, SQC has established a prototype for the function-oriented development of embedded systems in a vehicle.

BERCOM addresses the issue of resilient energy supply and communication capabilities for controling units of critical infrastructures under adverse circumstances like massive power failures or cyberattacks. A key component for the resilience is a specifically hardened mobile communication infrastructure.

The project “Berliner Digitaler Bahnbetrieb” (BerDiBa) tests and develops technologies for automated driving on railroads. Fraunhofer FOKUS will use its expertise in environment perception for automated vehicles and adapt its artificial intelligence tools for traffic on rails.

Based on the fit4sec project, the BERKoS project supports German actors in the formation of new research consortia. For this purpose, Fraunhofer FOKUS is realizing a platform, which helps users such as security authorities and companies to get an overview of the research and innovation landscape, to recognize innovation potentials faster and to find suitable partners more easily. The core element is the (further) development of a web-based platform (Topicmatcher), which will be extended with current information (e.g. topic areas, calls for proposals, project results) in various areas of civil security.

A standardized IT workplace (BerlinPC) should help establish a modern, secure, powerful and cost-efficient software, services and system architecture.

The BEST project will develop, implement, and study a power market bidding system (SMBS) that will enable power trading between facilities on the power grid. Participating plants - regardless of type (consumer, generator, storage) and power class (household or industrial) - are connected to and controlled by the SMBS via a central management system. Interfaces to smart meter gateways and an energy management system will be used to control downstream equipment and check and automatically bill the actual electricity flow.

The BEST project will develop, implement, and study a power market bidding system (SMBS) that will enable power trading between facilities on the power grid. Participating plants - regardless of type (consumer, generator, storage) and power class (household or industrial) - are connected to and controlled by the SMBS via a central management system. Interfaces to smart meter gateways and an energy management system will be used to control downstream equipment and check and automatically bill the actual electricity flow.

Future networks will consist of heterogenous network components supporting hotspots and intelligent roaming. Access control and QoS validation will be considered from the network’s point of view. The BIB3R AAA architecture is designed to handle authentication, authorization for IP network access.

Big Policy Canvas’ Vision: to transform public sector to an effective, efficient, precise, consistent, and evidence-based policy making structure.

The BiONETS project (BIOlogically inspired NETwork and Services) seeks inspiration from biological systems to provide a fully integrated network and service environment that scales to large amounts of heterogeneous devices, and that is able to adapt and evolve in an autonomic way.