China News Service video tracks and reports on Yugou Zhihe Brain-Controlled Claw Machine

At the successfully concluded 2026 Global Developer Pioneer Conference (GDPS 2026), Yugou Zhihe's brain-controlled claw machine, with its innovative transformation achievements in the field of Brain-Computer Interface (BCI), not only won the favor and queuing experience of a large number of passersby offline, but also attracted the attention of a national-level news agency – China News Service.

Yugou Zhihe's brain-controlled claw machine became a phenomenal interactive product at the exhibition. This "hand-brain synergy" model, where players control the spatial position with a joystick and determine the grabbing strength with their concentration, visualizes abstract brainwave signals into a tense and exciting game experience. The long queues at the scene and the exclamations of joy from participants after successful grabs vividly illustrate how Yugou Zhihe transforms cutting-edge technology into accessible interactive fun.

Furthermore, China News Service featured a special report on the GDPS 2026 conference and Yugou Zhihe's brain-controlled claw machine.

Review of Key Report Content:

Recently, the 2026 Global Developer Pioneer Conference (GDPS 2026) was held at the Shanghai West Bund International Convention and Exhibition Center. At the venue, a brain-controlled claw machine attracted the attention of visitors, with reporters observing long queues in front of the device. Staff introduced that the headband worn by the experiencer collects the brain's "attention signals" and transmits them to the machine. The more concentrated the wearer's attention, the stronger the grip of the claw machine.

Related Links:https://www.chinanews.com.cn/shipin/cns-d/2026/03-30/news1050264.shtml

Summary

China News Service's camera captured the spark generated by the collision of brain-computer interface technology and mass entertainment. Yugou Zhihe has always believed that the ultimate value of technology lies in serving humanity. Achieving human-computer interaction by collecting "attention signals" is just the beginning. In the future, we will continue to promote the application of non-invasive brain-computer interface technology in diverse scenarios, ushering in a new era of thought-controlled interaction.