Paper

HumanCLAW: Can Vision-Language Models Act Through a Body?

Decouples humanoid action choice from motor control by having a VLM issue atomic skills that are executed as short physical motion chunks in closed loop.

arXiv ↗Jul 29, 2026Code ↗

  • cv
  • robotics
  • embodied ai
  • vision-language models
  • benchmarking
Conceptual pipeline comparing action intelligence vs code agent and robotics motion approaches
Conceptual pipeline comparing action intelligence vs code agent and robotics motion approaches

What it is

An evaluation framework that lets off-the-shelf VLMs control a humanoid via atomic whole-body skills while factoring out motor failures to measure decision quality. Instead of judging VLM agents through brittle low-level control or scripted actions, it decouples decision-making from execution: a VLM picks atomic skills, a motion generator realizes them as physical full-body motion, and failures are attributed to the decision layer.

Key results

  • Best of 9 frontier VLMs reaches only 16.8% success on HumanCLAW-Bench
  • Benchmark has 1,218 long-horizon episodes across 41 indoor scenes
  • Strongest model's reported target-seeing is within 5 points of true visibility

The main bottleneck for current VLM agents is embodied self-awareness, not object recognition.

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