Brain-Computer Interface Steals Spotlight at 2025 World Robot Championship in Beijing
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Brain-Computer Interface (BCI) technology shone at the 2025 World Robot Championship in Beijing, showcasing practical applications in medical and service fields through interactive, brain-controlled robots.
At the 2025 World Robot Championship in Beijing, Brain-Computer Interface (BCI) technology, which controls robots via brainwave signals, took center stage. Unlike past events focused on prototypes and academic exchange, this year’s BCI competition emphasized practical applications and public engagement, showcasing projects with potential in medical rehabilitation and home services.
Over 200 teams participated, presenting rigorously selected innovations. Xi’an Jiaotong University’s “brain-controlled robotic dog” drew attention, enabling a quadruped robot to respond precisely to human brain signals. “Our technology translates brain activity into control signals, allowing natural human-robot interaction without traditional controllers,” said Assistant Professor Han Chengcheng.
The competition also highlighted BCI’s expansion into complex scenarios. Tsinghua University’s team demonstrated a brain-controlled drone navigating obstacles, captivating audiences and hinting at applications in drones and medical assistance. “BCI is a cornerstone of AI and the future of human-robot collaboration,” said Tsinghua’s Professor Gao Xiaorong.
Interactive sessions allowed attendees to experience BCI firsthand, bridging the gap between cutting-edge tech and the public. With advances in algorithms and hardware, BCI is poised to transform daily life, enabling seamless and efficient human-machine synergy.
Source: CCTV
