Videos and Animations

The AMADEUS (Airborne reMote observAtion anD rEscUe ActivitieS) project researches and develops cutting-edge technologies to support rescue and emergency response teams in disaster zones, civil protection operations, and large-scale emergencies.

The focus is on a mobile, drone-based 5G infrastructure that functions as a flying 5G cell, providing a self-sufficient and location-independent communication network. This enables reliable, secure, and low-latency communication even in critical operational situations. As a result, image, video, and control data can be transmitted in real time, and rescue and emergency response teams can communicate with one another.

Project page AMADEUS

The challenges in the fight against forest fires are diverse and demanding: There is often no or only poor cellular reception in the forest, the areas are difficult to access and may even be contaminated with munitions. To better address these challenges, the ALADIN (Advanced Low Altitude and Data Information System) project used a temporary, reliable 5G communications network – “out of the box”. This enables precise control of firefighting vehicles, real-time transmission of video and data streams to mission control, and communication between responders.

Project page ALADIN

In the Shuttles&Co project, the business unit Smart Mobility at Fraunhofer FOKUS has developed a smartphone app that can be used to map the road situation in passing and without special sensors. The data enables an independent digital road map for the city administration, which can serve e.g. developer teams as a basis for mobility services. The app was tested in cooperation with BT Berlin Transport GmbH within 12 months in 2021 and 2022 during regular public transport bus trips at different locations in Berlin.

Project page Shuttles&Co

Digital connectivity of all road users is necessary for safe and cooperative road traffic. So far, however, only cars can be reliably localised and warned accordingly thanks to their various sensors. Fraunhofer FOKUS is closing this gap with LaaS, “Location-as-a-Service”. It makes conventional GPS localisation more precise with the help of sensors in the smartphone and plausibility checks of GPS data from people in the vicinity. The user data is anonymised for data protection purposes. LaaS can be intuitively integrated by developers into various apps, e.g. for collision warnings.

Project page LaaS

Augmented reality (AR) and virtual reality (VR) technologies open unprecedented information possibilities, especially in the field of mobility. To enable such groundbreaking development, high-bandwidth connectivity and ultra-low latency are essential, especially during a ride on public transportation. In this use case, the partners of the 5G VICTORI project analyzed these possibilities and put them to the test in a field trial in Berlin, in April 2023.

Project page 5G VICTORI

On December 11, 2021, the artist The Dark Tenor performed at the Kesselhaus in Berlin together with the Queenz of piano, who played in the Studio Mixberlin 14 kilometers away. The whole concert was streamed online and to the Planetarium Bochum thanks to low-latency streaming, MPEG-H 3D Audio, 360° Video technologies. The hybrid live concert was part of the “Virtual LiVe” project were the three Fraunhofer Institutes FOKUS, HHI and IIS are working with the creative industry and companies from the event sector.

Project page Virtual LiVe