Humanoid robots from 16 countries competed in strength and artistic events during the World Humanoid Robot Games in Beijing [5].
The event serves as a critical benchmark for the integration of advanced robotics and high-speed connectivity in public spaces. By combining physical agility with real-time network coordination, the games demonstrate how humanoid machines may eventually transition from controlled labs to complex urban environments.
Located primarily at the National Speed Skating Oval, the competition featured a diverse array of challenges [6]. Robots demonstrated physical power through weight-lifting, and tug-of-war events [1, 3]. The opening ceremony highlighted the machines' coordination through synchronized hip-hop, street dance, and martial-arts routines [1, 3].
Participation numbers varied across reports. Some records indicate more than 500 robots [5] and 280 teams [5] took part, while other reports suggest the number of robots exceeded 2,000 [4] with hundreds of teams involved [4].
Beyond the robotic feats, the event functioned as a technical trial for China Unicom [1]. The company used the games to demonstrate the coverage and reliability of its new 5G-A network [1]. This network technology is designed to support the massive data requirements of large-scale events involving hundreds of connected autonomous devices [1].
While the inaugural games took place in mid-August 2025 [7], the momentum for humanoid robotics in the region continued with a similar showcase during a robot conference on Aug. 19 [8].
“Robots demonstrated physical power through weight-lifting and tug-of-war events”
The convergence of humanoid robotics and 5G-A connectivity suggests a shift toward 'connected autonomy,' where robots rely on edge computing and high-bandwidth networks to perform complex, coordinated tasks. This reduces the onboard processing power required for each unit, potentially allowing for more agile and energy-efficient designs that can operate in synchronized groups.
