During the “Ride4All” project, a model route for barrier-free public transport will be established over the next two years. Users will travel from the Soest to Paradiese station in automated minibuses, while being accompanied by a inclusive, highly accurate app.

The aim of the RIVAL project was to develop a telecommunication specific solution for model-centric development of software systems. The approach was based on the Model Driven Architecture (MDA) approach by the Object Management Group (OMG) and related techniques such as the Meta-Object Facility (MOF), the Enterprise Distributed Object Computing (EDOC), the Unified Modeling Language (UML), the Object Constraint Language (OCL) and the Testing and Test Control Notation (TTCN-3).

The project ROBUST develops a user-oriented early earthquake warning and response system that can detect earthquakes, immediately and automatically initiate measures to protect people, infrastructure and the economy, and can predict possible damage.

In the Project ROTESS, IESE and FOKUS worked on concepts and case studies for risk-based testing of medical systems. The goal of the project is to provide testing concepts for risk management of electronic systems in the medical domain. Both partners will bring their long experience in the field of testing into the research work.

The goal of the S4ALL project that can be simply summarized as follows: A world of user-centric services that are easy to create, share and use.

The aim of the SAFE project is to build a denser network of weather sensors, improve the forecasting methods and develop radically automated procedures for the initiation of emergency response processes.

The German-French research project SAFEST is focused on the development of hazard detection and crisis management system for high-traffic public areas. With the aid of infrared cameras, the system detects sudden changes in crowd numbers and critical crowd situations before mass panic can break out.  

The main objective of the SAMBA project is to create a framework that allows local communities to use Community Access iDTV Channels and citizens, including low income population, to participate and use their services.

High quality 360° video isn’t suitable for low capability devices so far due to high processing load. SAVIDO works on a rendering platform for 360° video which enables to stream immersive and interactive content regardless of the platform’s capacities. The cloud-based platform shall offer tools to distribute and enrich 360° content for the mass consumers.

NGNI is taking the lead in the upcoming European project SCAMSTOP which will target scams and fraud detection in VoIP networks. In the project, fraud and service misuse in NGNs will be evaluated, and the necessary countermeasures will be suggested.

The main goal of the EIT ICT project activity SDN@Edges is the definition of an EU Certification Centre for Business Acceleration on SDN as well as the development and experimental validation of new business models in 3 use cases (home GW, edge virtual services and reliability in mobile backhaul).

SEE.4C will define a set of analytics tasks (the principal task being forecasting electricity grid traffic) and design a specially tailored competition (more specifically, a coopetition). Participants and teams will submit algorithms to be evaluated on an special cloud-based computational environment.