G-1 robot surprises visitors at Hannover: a confrontation between innovation and artificial intelligence
On a sunny spring morning in the German city of Hannover, visitors flocked to Hannover Messe, one of the world’s largest industrial trade fairs, to see the humanoid robot G-1 developed by China’s Uniteri. This robot is about 130 centimeters long, making it smaller and more expensive compared to its counterparts.
The G-1 is flexible and highly mobile, and has gained widespread attention on social media thanks to its dance and martial arts videos. During the interaction of Pedro Xing, sales manager of Unitree, with visitors, it turned out that the robot attracts the attention of people in an unconventional way, where visitors interact with him through handshakes and sudden movements, and enjoy his funny reactions.
Like many international companies, Unitery is seeking human-powered robots and hopes to offer business solutions that do not require breaks and salary increases.
Despite the availability of intelligent robots in factories, they face difficulties when working in unexpected environments such as home and restaurants. Experts point out that artificial intelligence has not yet reached a level that can ensure the safety of these robots while dealing with humans.
G-1 is currently targeted at research institutions and technology companies, and its development is supported by open source software. Entrepreneurs are also looking to implement robots in warehouses and factories, such as Elon Musk’s Optimus, which is expected to make significant contributions to improving production efficiency.
While analyses show that Chinese companies excel in the humanoid robot market, where they have abundant resources and government support, American and European companies face significant challenges in innovation and manufacturing, pushing them to cost-cutting strategies and innovation in robot designs that meet market needs.
The question remains: when will robots start moving from factory to home? Many see the decision as taking time, and it will likely take 10 to 15 years to see this shift.
