News

Stimulating network meeting in Ingolstadt

June 13, 2024 | ALBACOPTER® impresses experts of the UAM initiative Ingolstadt

11th Networking Meeting of the UAM Initiative
© Stadt Ingolstadt / Rössle
11th Networking Meeting of the UAM Initiative
Institute Director Prof. Klingner Next to the ALBACOPTER<sup>®</sup>
© Stadt Ingolstadt / Rössle
Institute Director Prof. Klingner Next to the ALBACOPTER®

Around 70 representatives from companies, research institutions, and authorities met at the Technische Hochschule Ingolstadt (THI). The UAM Initiative Ingolstadt aims to bring together different stakeholders to generate a new and forward-looking form of airbound mobility in the lower airspace.

The network meeting offered fascinating insights into the latest research topics in Urban Air Mobility and featured practical outdoor demonstrations. The Fraunhofer flagship project ALBACOPTER®, including six sub-projects, was the highlight of the event. Following an exciting introductory lecture by Prof. Matthias Klingner, project manager and director of Fraunhofer IVI, interested participants had the opportunity to visit the developed demonstrators at the technology café in the afternoon – including the ALBACOPTER® 0.5 with a wingspan of 7 meters. The project team was particularly pleased with the opportunity to present the project results to such a wide circle of professionals and to receive new impulses for further project work.

21st Dresden Science Night at Fraunhofer IVI

June 14, 2024 | Diverse interactive program for all ages

Erfolgreich auf der Karriereleiter mit Fraunhofer IVI
© Fraunhofer IVI
Our colleagues of the recruiting team at the "Successful on the Career Ladder" information booth.
© Fraunhofer IVI
Themed booth "Remotely Controlled on the Road".

 “United by Science“ – that was the theme for this year’s Dresden Science Night. Numerous educational and research institutions opened their doors, offering interactive experiences to bring research closer to interested visitors.

 Fraunhofer IVI showcased various current research projects, allowing over 600 guests to get a look behind the scenes of the institute – partly in virtual space, but also up close on the in-house test track. Visitors of all ages could get a glimpse into the future of urban air mobility and marvel at the ALBACOPTER® through VR headsets. The FAPS and PAPS-XR project booth also used virtual reality to have the visitors safely experience dangerous traffic situations from various perspectives.

Real-world presentations, including the possibility to ride along in a 5G-remote-controlled car or an automated truck, equally sparked the crowd’s excitement. While adult visitors could gain fascinating insights from short lectures on topics such as fuel cells and AI in the construction industry, the youngest researchers had plenty to discover at the crafting station and play interactive games.

We sincerely thank all visitors for their great interest in our institute and the many engaging conversations. We look forward to the next Science Night already!

Digital applications for tomorrow’s agriculture

June 13, 2024 | “LANDNETZ” project partners present pioneering solutions at the final event

Field Robot on the Plantation
© Fraunhofer IVI
Demonstration of the modular robot elWObot II.
Fraunhofer Employee IVI presents helyOS
© Fraunhofer IVI
Fraunhofer IVI scientists explain how the field robot is controlled via the 5G campus network using the helyOS® software framework.

Extreme weather events such as heat, cold snaps, droughts, and heavy rainfall are increasing due to climate change. Significant crop losses are posing ever greater challenges for farmers.

 With the help of digital technologies, processes in crop cultivation and animal husbandry can be better monitored, controlled, and further optimized. Within this scope, the project partners presented the successful completion of the "LANDNETZ" project at the regional conference "Digital Applications for Agricultural Practice" in Dresden-Pillnitz.

The five-year joint research effort by TU Dresden, Fraunhofer IVI, and the Saxon State Office for Environment, Agriculture, and Geology focused on the implementation of digital technologies to optimize agricultural processes. To make these processes more efficient and resource-conserving, various approaches to utilize 5G and further communication infrastructures were explored in a model region north of Dresden.

The integration of 5G-based technologies enabled the advancement of processes such as precision farming, autonomous driving of agricultural machinery, and connected mobility. By using drones, autonomous robots, and innovative sensor technologies, practical solutions were developed to support more efficient and sustainable agriculture. "With increasing levels of autonomy, the safety requirements for highly automated agricultural technology also rise. The communication network of machines among themselves, with a monitoring dispatcher, or with vehicles in road traffic via 5G mobile communication meets these requirements," explains Prof.  Matthias Klingner, director of Fraunhofer IVI. In the 5G-equipped model region, typical use cases, such as the encounter of a large agricultural machine with a car or a motorcyclist, were designed and tested.

Landnetz Closing Event Pillnitz
© Fraunhofer IVI
Presentations at the regional conference 'Digital Applications for Agricultural Practice'.
Demonstration of a field robot
© Fraunhofer IVI
Live demonstrations in Dresden-Pillnitz.
Demonstration of a field robot
© Fraunhofer IVI
Live demonstrations in Dresden-Pillnitz.

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