In the Ars Electronica Futurelab Academy, we challenge the creativity of students in workshops, seminars and project-focused mentoring sessions. For the students, the hands-on approach of the Futurelab, paired with the potential and exposure of the Ars Electronica ecosystem, is a unique opportunity to develop their ideas and skills; for us Futurelab researchers, the dialogue…
Ars Electronica Futurelab’s Fluxels, a scalable swarm of ground robots equipped with hexagonal LED displays, brought about a new language of visual expression. The bots can transform visual content into an aesthetic performance via their integrated screens, leading to a vast range of potential applications.
The festival site at POSTCITY in Linz was used as a stage for Open Futurelab until 2019. Created with the Japanese public broadcasting company NHK, Media Platz was a prototype of an open media plaza consisting of cardboard and high-resolution screens, which was used as a forum for public debate. Various panel discussions took place…
In the beginning, there was a shared research interest: How can swarm-based technology be embedded in everyday media use and what new possibilities of communication or artistic expression does it offer as a visual medium? The Japanese telecommunications company NTT and the Ars Electronica Futurelab have been investigating these questions since 2017 and have repeatedly…
In collaboration with BRP Rotax, the Ars Electronica Futurelab created an experience of the latest technologies in the field of digital gaming worlds and analog machine technology. In the Rotax MAX Dome, opened in 2019, visitors can test the engine manufacturer’s new e-karts on a sophisticated racetrack, race through virtual worlds and experience specially developed…
As humans and robots work together ever more closely, their joint success is linked to certain preconditions: How do you create safe working environments? How can we increase the acceptance of robots in everyday work? And how do you communicate with a colleague who consists only of a gripper arm?
swarmOS is a powerful operating system to control large-scale swarms of UAVs (flying drones) as well as UGVs (drones that drive on the ground), invented and constantly expanded by the Ars Electronica Futurelab.
Two industrial robots play the role of two marionettes. The motions of a human puppeteer were recorded and are copied by the two robot arms. What happens when we are able to digitalize and therefore replicate highly complicated human abilities such as puppetry?
Japanese telecommunications giant NTT and the Ars Electronica Futurelab have been working together since 2017 on how to use drones—aka unmanned aerial vehicles—as a means of communication. The Sky Compass project laid the groundwork in 2017; now, Swarm Compass takes this initiative to the next level.