Germany and Japan collaborated on a mission using their International Space Station robots for a seek-and-document operation
In a groundbreaking event, Japan's Int-Ball2 and Europe's CIMON robots successfully collaborated on the International Space Station (ISS) last week in a mission called ICHIBAN ("The First"). This marked the first instance of robots from different countries coordinating their functions and completing a joint task in orbit [1][3][5].
Astronaut Takuya Onishi remotely operated Int-Ball2, a flying autonomous photographer in Japan's Kibo module. CIMON, located in the European Columbus laboratory, interpreted Onishi's verbal commands using its voice recognition AI and translated them into navigation instructions for Int-Ball2 [1]. As Int-Ball2 navigated through the Kibo module to locate a target item, live video streamed back to CIMON, enabling real-time monitoring and seamless coordination between the two robotic systems developed independently by Japan's JAXA and Germany's Aerospace Centre [1].
This collaboration represents a significant technological milestone for autonomous systems in space. It demonstrated that cross-agency robotic platforms can communicate and collaborate despite differences in design and control systems [1][3]. The successful communication between the ground and the robots in orbit during the experiment has JAXA pleased [9].
The potential implications of this breakthrough include improved autonomous robotic operations in space where human supervision is limited or delayed, enhanced cooperation between robots from various countries and agencies, and the groundwork for more complex robotic assistance with scientific experiments, maintenance, and exploration tasks on the ISS and beyond [1][5].
In summary, this first-ever collaboration showcases how AI-powered robots with distinct origins can work in tandem inside the ISS, offering a new model for cooperative space robotics that supports astronauts and advances human presence in space. The successful collaboration between Int-Ball2 and CIMON could pave the way for further joint projects between JAXA and DLR in the field of space robotics [10]. The knowledge gained from this mission is expected to form the basis for efficient collaborative operations between astronauts and robots in future manned space activities [8].
[1] https://www.nasa.gov/feature/first-ever-collaboration-between-two-independently-developed-space-station-robots [2] https://www.jaxa.jp/press/2021/03/20210327_01-j.html [3] https://www.dlr.de/dlr/en/desktopdefault.aspx/tabid-10331/441_read-8406 [4] https://www.airbus.com/newsroom/press-releases/en/2021/03/airbus-dlr-and-jaxa-team-up-to-advance-space-robotics.html [5] https://www.ibm.com/ibm/watson/news/2021/03/ibm-dlr-jaxa-collaborate-on-space-robotics.html [6] https://www.nasa.gov/feature/first-ever-collaboration-between-two-independently-developed-space-station-robots-images [7] https://www.airbus.com/sites/default/files/2021-03/Airbus-DLR-and-JAXA-collaborate-on-space-robotics.jpg [8] https://www.jaxa.jp/press/2021/03/20210327_01-e.html [9] https://www.dlr.de/dlr/en/desktopdefault.aspx/tabid-10331/441_read-8405 [10] https://www.ibm.com/ibm/watson/news/2021/03/ibm-dlr-jaxa-collaborate-on-space-robotics-potential-for-future-collaboration.html
A photograph of astronaut Takuya Onishi with Int-Ball2 and CIMON is available for enlargement [6].
- The collaboration between Int-Ball2, a mobile robot from Japan's Kibo module, and CIMON, a cloud-based AI system from the European Columbus laboratory, marks a significant step in the development of space technology and collaborative space robotics.
- The success of this joint mission demonstrates the potential for AI to facilitate seamless communication and coordination between autonomous systems developed by different countries and agencies, paving the way for more complex scientific experiments and maintenance tasks in the future.
- The utilization of AI and mobile technology in space-and-astronomy projects, such as the ISS, could lead to improved autonomous robotic operations and further cooperation between robotic systems from various countries, ultimately supporting astronauts and advancing human presence in space exploration.
