AI
Written with AI assistance•July 31, 2025•
AI
Generated IllustrationIn a groundbreaking international cooperation, Swiss researchers help facilitate first-ever collaborative robot interaction between German and Japanese space agencies aboard the ISS.
"The 'milestone' achieved paves the way for more advanced human-robot teams in space"
In a groundbreaking development for international space cooperation, German and Japanese space agencies have achieved the first-ever successful collaboration between their respective robots aboard the International Space Station (ISS). This historic milestone represents a significant step forward in international space robotics and cross-agency cooperation.
Switzerland's crucial role in this achievement comes through the Lucerne University's Biotechnology Space Support Center (Biotesc). Located in central Switzerland, Biotesc maintains a direct communication link with the ISS and provides essential support for the German robot Cimon's operations. This involvement further cements Switzerland's position as a key player in international space research and technology.
The collaboration features two sophisticated robots: the German-built Cimon and the Japanese Int-Ball2. Cimon operates through voice commands and possesses advanced capabilities including small talk and autonomous navigation. Int-Ball2, a specialized camera drone, is remotely controlled from Japan. The breakthrough involves establishing communication protocols allowing these independently developed robots to work together through various IT networks aboard the ISS.
The successful collaboration was demonstrated through an innovative hide-and-seek experiment. A Japanese astronaut utilized voice commands to control Int-Ball2 through Cimon, successfully locating various objects hidden throughout the ISS including a Rubik's Cube, hammer, screwdriver, and a decommissioned Int-Ball robot. This demonstration proved the effectiveness of cross-platform robot communication and control systems.
This breakthrough in robot collaboration opens new possibilities for space exploration and research. According to the Lucerne University of Applied Sciences and Arts and IBM, this achievement paves the way for more advanced human-robot teams in space. The successful integration of different systems across space agencies promises to enhance human capabilities in the challenging space environment and accelerate scientific experiments.