AGIBOT and Boston Dynamics are each deploying humanoid robots at the 2026 FIFA World Cup, marking the technology's entry onto one of the world's largest sporting stages1,2.
AGIBOT announced on July 17 that its new-generation half-size humanoid robot, the AGIBOT X2 Series, served as a dedicated full-scenario companion for professional football player Duckens Nazon during the World Cup tournament. The company described this as the first time an embodied AI humanoid robot has served as a full-scenario companion at a World Cup.
The AGIBOT X2 Series is built on what the company calls a "Three Intelligences in One" architecture, integrating interaction, manipulation, and locomotion. During the campaign, the robot switched between multiple roles: serving as an urban guide on the team bus by scanning 3D maps to identify its user and plan real-time routes to the training base, acting as a social companion using facial recognition for personalized high-fives and handshakes, and functioning as an AI coach that captures movements via multi-angle sensors. AGIBOT described the effort as part of its vision to bring embodied AI into real-world public environments through global sporting events.
Separately, Boston Dynamics is also present at the tournament. The BBC reported that a new humanoid ball-delivery robot named Atlas is making its World Cup debut. BBC journalist Paul Carter visited Boston Dynamics to cover the robotic technology featured at this year's tournament.
ANALYSIS The concurrent appearance of humanoid robots from two different companies at the World Cup — one in a companion role, the other in a ball-delivery function — demonstrates distinct commercial strategies for deploying embodied AI in high-visibility public settings. AGIBOT's multi-role deployment, spanning navigation, social interaction, and movement analysis, tests a broader range of capabilities than a single-task ball-delivery function, though both deployments serve as public demonstrations rather than industrial applications.
The World Cup's global audience makes it a high-stakes proving ground for humanoid robotics companies seeking to demonstrate readiness for consumer-facing and public-environment use cases beyond the factory floor and research lab.