A humanoid robot unexpectedly hugged a female student during a university dance in Shaanxi, China, sparking discussions about AI safety, autonomy, and malfunction risks.

university staff said the hug was not pre-programmed and that a malfunction of an AI system led to the incident, with staff intervening to separate the robot from the student.

The robot supplier attributed abnormal behavior to signal interference from multiple drones during the performance and denied any pre-arrangement.

Staff intervened immediately to remove the robot, and the student was confirmed unharmed.

Video of the incident went viral on Chinese social media, prompting a public debate over whether the robot acted autonomously or was manipulated by a handler.

The online discussion raised questions about autonomous awareness versus operator control and safety considerations for robot participation in public events.

The incident occurred at the opening ceremony of a university sports meet, with the robot provided by an alumni-founded company and later returned after the event.

Experts urged stronger safety measures for open-scene robot performances, including risk assessments, motion script testing, on-site rehearsals, safety distances, emergency stops, human supervision, and contingency plans.

Experts, including Gao Huan, argued against the notion of independent robot awareness and attributed the incident to execution errors or deviations from the pre-programmed plan.

The incident fits a broader trend of robots in public spaces in China, with more robot-assisted performances and greater visibility of AI in cultural and public events.

Observers note continued use of robots in public exhibitions, competitions, and services in hotels and hospitals as AI technology becomes more prominent.

The student reportedly was uninjured, and the staff member declined to discuss details with the media; the company cited non-pre-arranged factors like signal disruption from multiple drones.