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Chinese Robot Competition Highlights 'Working Ability' Over Speed

From Hankyoreh · () Korean

Translated from Korean, summarized and contextualized by DistantNews.

At a glance

News Named sources New plan
  • The 2nd World Humanoid Robot Competition in Beijing focuses on robots' practical "working ability" rather than just speed or jumping.
  • Competitions simulate real-world tasks like office organization, food preparation, and EV charging, testing robots' perception, manipulation, and sequential task execution.
  • While robots show significant improvements in traditional athletic events, their "brain" capacity for complex, autonomous decision-making in unpredictable environments remains the key challenge.

The World Humanoid Robot Competition in Beijing has shifted its focus from athletic prowess to practical "working ability." This year's event emphasizes how well robots can perform real-world tasks, moving beyond just speed and jumping. Competitions now simulate scenarios like organizing an office, preparing food, and charging electric vehicles, testing robots' capacity for accurate object recognition, precise manipulation, and completing sequential tasks.

The scenario competitions have been designed to perform the entire workflow of actual tasks, not just simple single actions.

— Competition Organizing CommitteeExplaining the shift in focus for the robot competition.

This year's competition features 666 teams from 16 countries, with 2,056 robots competing in 51 events. The organizing committee designed "scenario competitions" to mimic entire work processes, evaluating the organic cooperation between a robot's "eyes, brain, and hands." The goal is to determine if robots can progress from merely "moving" to being genuinely "useful."

Many of the 21 scenario competitions, an increase from six last year, took place in simulated or actual environments, including hotel rooms, libraries, and residential spaces. This approach tests robots' ability to handle the variables and imperfections of real-world workplaces, such as plugging in randomly placed cords and handling unstable objects. Reuters noted that the "real test" lies in these small imperfections of the real world.

The real test of this competition lies in the small imperfections that occur in the real world.

— ReutersCommentary on the challenges robots face in unpredictable environments.

While robots demonstrated remarkable advancements in traditional events, with one robot completing the 100m race in 9.39 seconds, surpassing Usain Bolt's world record, and another clearing a high jump of 2.88 meters, the "brain" remains the critical bottleneck. Over 40% of this year's events required full autonomy. However, even with human intervention in some fine-motor tasks like stacking blocks, success rates were low. Experts like Toby Walsh from UNSW AI Institute question whether the "brain" controlling these robots can match the rapid mechanical advancements, suggesting that achieving 80% task completion in unfamiliar environments with human instruction alone could take up to a decade.

The biggest question is still the 'brain.' Can we see similar advancements in the artificial intelligence that controls these robots?

— Toby Walsh, Senior Scientist at UNSW AI InstituteRaising concerns about AI development matching mechanical progress.
DistantNews Editorial

Originally published by Hankyoreh in Korean. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.

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