A humanoid robot performing at a university dance event in Shaanxi province startled the audience when it moved toward a female student and hugged her before staff quickly pulled it away. Video of the incident went viral and ignited debate on Chinese social media about whether the robot acted autonomously or was being controlled by an operator.
Organisers said the joint performance with a student club aimed to innovate campus cultural activities. The student involved was uninjured and later declined interview requests, the state-run Global Times reported. Some online users speculated the robot had developed “independent awareness,” while others suspected operator control or a pre-planned stunt.
A university staff member denied the move was pre-programmed, describing it as a mistake and attributing it to an AI program malfunction. The robot had been provided by a company founded by alumni and was returned after the event. The company told the university that signal interference at the venue—caused by multiple drones operating simultaneously—disrupted signals and led to the robot’s abnormal behaviour, saying the incident was not planned.
Experts urged caution before interpreting the incident as evidence of independent awareness. Gao Huan, deputy director of the Intelligent and Cognitive Laboratory at Chongqing Normal University, told Shangyou News the episode likely resulted from motion control anomalies, execution deviations or inadequate on-site safety redundancies. He said the more important question is why the robot could make contact with a person after abnormal behaviour began.
Gao explained that robots used in stage performances typically follow pre-programmed motion scripts, and when performers deviate from set trajectories or control systems fail, unintended human-robot contact can occur. He recommended treating robots in open scenarios—such as collaborative dance, exhibitions and campus shows—not as mere stage props but as intelligent devices with inherent mechanical motion risks.
Gao urged organisers, operators and equipment providers to conduct prior risk assessments, test motion scripts, hold on-site rehearsals and implement safety measures. If positioning errors, posture-recognition deviations or execution-sequence failures arise, measures should include setting safety distances, equipping emergency-stop mechanisms, assigning human supervisors and establishing contingency plans for unexpected situations.
Robot participation in public events has become more common and high-profile globally, from humanoid races to boxing matches. In one recent event, a humanoid robot reportedly recorded a 50 minutes, 26 seconds finish in a race alongside amateur runners—surpassing the human record held by Uganda’s Jacob Kiplimo at the Lisbon Half Marathon. In China, robots are increasingly visible in hotels, hospitals and other service roles across top institutions.
