UBTECH's Thinker-WM world model claims first place on three embodied AI benchmarks
Overview
UBTECH says its Thinker-WM world model ranks first on three embodied world model benchmarks, scoring 0.740 overall on WorldOlympiad and 4.66 on EWMBench, according to the company's own evaluation.
A QbitAI report adds that the model also leads WorldArena Track-1 across 12 metrics.
The model jointly represents RGB video, metric depth and robot actions in one shared representation, and supports six capability modes. UBTECH says it was trained on about 30,000 hours of human video, real robot data and simulation. A technical paper is available on arXiv.
Written by AI from the articles below · updated Oct 16, 11:00 PM ET
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Developments
2 developments
- Oct 16, 10:19 PM ET · 1 articleUBTECH details Thinker-WM, a world model unifying video, depth and robot actionsPandaily: UBTECH details Thinker-WM, a world model unifying video, depth and robot actions
- Oct 16, 4:00 AM ET · 1 articleUBTECH's Thinker-WM tops three embodied world-model benchmarksQbitAI: UBTech's Thinker-WM tops three embodied world model benchmarks with one model
Article timeline
The articles in this story. Times are ET.
- PandailyNewsUBTECH details Thinker-WM, a world model unifying video, depth and robot actions
AIUBTECH says its Thinker-WM world model encodes RGB video, metric depth and robot actions in one shared representation, and that it ranks first on three embodied world model benchmarks in its own evaluation. On WorldOlympiad it scored 0.740 overall, and on EWMBench it reported a total of 4.66. The model was trained on about 30,000 hours of human video, real robot data and simulation, and a technical paper is available on arXiv.
- QbitAINewsUBTech's Thinker-WM tops three embodied world model benchmarks with one model
AIUBTech says its Thinker-WM ranks first on WorldOlympiad with a 0.740 composite score, and leads EWMBench with 4.66 and WorldArena Track-1 across 12 metrics. The unified multimodal model jointly models RGB video, depth and robot actions in a shared representation, trained on about 30,000 hours of mixed data, and supports six capability modes.
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