Breaking Boundaries: Yugou Zhihe's Concentration Technology Sparks Dual Discussion in Sports and Technology

During the 2026 Global Developer Pioneer Conference (GDPS 2026), the YuGou ZhiHe booth continued to gain traction, with the Shanghai West Bund International Convention and Exhibition Center once again witnessing how "hard technology" can break through boundaries and go viral.

Our brain-controlled claw machine, with its core gameplay of "intention determining grip strength," not only attracted long queues of tech enthusiasts but also sparked significant interest from sports-related media due to its real-time quantification and feedback on individual concentration. While players operate the joystick to find the position, they must maintain extremely high concentration to stabilize the grip, requiring precise control over their brain.

This combination of technology and competitive attributes has attracted cross-industry reposts on social media platforms by media outlets such as Morning Post Sports. Recently, @Morning Post Sports reposted an article from Wenhui Daily about our company's product, sparking joint discussions among netizens from the sports and technology fields.

Review of the original Weibo content:

【Does Attention Determine Grip Strength? #Claw Machine Controlled by Thought Appears#】On March 27th, the 2026 Global Developer Pioneer Conference (GDPS 2026) opened at the Shanghai West Bund International Convention and Exhibition Center. A long queue formed in front of a brain-controlled claw machine at the venue. According to staff, the headband worn by participants collects "attention signals" from the brain and transmits them to the machine. The more concentrated the wearer's attention, the stronger the grip of the claw machine. (Wenhui Daily)

Related links:https://m.weibo.cn/detail/5281197974624122

Summary

The attention from sports media has provided us with a new perspective: concentration is not only a tool for entertainment but also a manifestation of human potential. YuGou ZhiHe will continue to optimize brainwave signal acquisition algorithms and explore more possibilities. In the future, we look forward to helping more users achieve self-breakthroughs in work, study, and competition through the scientific transformation of concentration.