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.

The objective of the project was to support the setup of a protective shield spanning the whole of Indonesia. The early warning system was first designed and implemented for part of the Indian Ocean with the advisory support of the Fraunhofer Research.

Interoperability of Interactive and Hybrid TV systems – A new advanced scheme for future services and applications in a global environment.

One of the main objectives of GO4IT is to foster the community engagement in adopting a test and validation approach. Adapted service activities, supported by an open community web portal and an appropriate networking with other IPv6 and test related initiatives will further enlarge this user community.

The EU-project “Hyper360” aims to introduce a new Free View Video (FVV) format that converges 360° and 3D video, offering enhanced immersive experiences to its viewers. It develops a 360° media production toolset to extend current short film productions with novel and powerful storytelling opportunities. The final goal is to offer a complete solution for the OTT media sectors to capture, produce, enhance, deliver and consume this format.

The ICE-CREAM project investigates how to make compelling experiences for end-users based on enabling technologies for interactive media, such as DVB-MHP, Internet and MPEG-4. 

The iCity project aims at making a step forward in fostering the co-creation of services of public interest by third parties pushing for their space as services providers in Smart Cities' urban spaces.

The IML4E project has therefore brought together companies from the main sectors of the European software industry to develop a European framework for the development, operation and maintenance of AI-based software to ensure the development of intelligent services and intelligent software on an industrial scale.

The IMMOS research project aims to devise an integrated method for the model-based development of embedded control units. The method will integrate existing model-based techniques (model-based requirements engineering, code generation and testing) to form a single coherent development method.