The o1 Moment in Robotics Arrives: Harvard, Berkeley, NVIDIA Introduce RAX, Enabling Cross-Embodiment Online Exploration and Skill Accumulation
机器人的o1时刻来了!哈佛、伯克利、英伟达推出探索Scaling Law,五大基准平均领先37.4个点
A research team from Harvard University, NVIDIA, University of California, Berkeley, Massachusetts Institute of Technology, and Stanford University has introduced RAX (Robot Agent eXploration), a framework that enables robots to learn through online exploration, achieving significant performance improvements across multiple benchmarks without requiring human demonstrations. RAX achieves an average lead of 37.4 percentage points across five simulation benchmarks and can perform tasks such as precise hole insertion and manipulation of flexible objects on real robots without human demonstration. This study marks the first systematic investigation into cross-simulation, cross-robot, and cross-embodiment online exploration scaling, providing an extensible platform for the continued development of embodied intelligence.
The paper introduces RAX (Robot Agent eXploration), a framework that enables robots to learn through online exploration, achieving significant performance improvements across multiple benchmarks without requiring human demonstrations. The system demonstrates the potential of self-improving embodied agents through continuous exploration and skill accumulation.
Source: Machine Heart — Robotics on WeChat · Read original article ↗
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What the source reports
Publisher-reported claims, with original evidence. These results have not been independently verified by RoboSignal.
Reported numbers
Reported duration
<2 hours
View original evidence
真实机器人上,它在没有任何人工动作示范的情况下,仅仅通过不到 2 小时的自主探索,就能熟练掌握并快速执行精密插孔、柔性物体操作、关节物体操作,以及长程移动机器人全身控制等任务。
Open source S14points
37.4
View original evidence
在 RoboDojo、BEHAVIOR-1K、HumanoidArena、DexJoCo 和 LIBERO-Pro 五大仿真基准上,RAX 相对以往最强的 SOTA 模型平均领先 37.4 个百分点,刷新多项 SOTA。
Open source S13
- paper: not_reported
- code: not_reported
- weights: not_reported
- dataset: not_reported
Source excerpts and review record
Automatically extracted; no manual editorial approval recorded.
真实机器人上,它在没有任何人工动作示范的情况下,仅仅通过不到 2 小时的自主探索,就能熟练掌握并快速执行精密插孔、柔性物体操作、关节物体操作,以及长程移动机器人全身控制等任务。
Open source S14
在 RoboDojo、BEHAVIOR-1K、HumanoidArena、DexJoCo 和 LIBERO-Pro 五大仿真基准上,RAX 相对以往最强的 SOTA 模型平均领先 37.4 个百分点,刷新多项 SOTA。
Open source S13
成千上万小时的预训练,仍未让全新真实机器人上的零样本稳健部署成为常态。
Open source S5
Source:Machine Heart — Robotics on WeChat · mp.weixin.qq.com