WebWorld: A Large-Scale World Model for Web Agent Training
Web agents require massive trajectories to generalize, yet real-world training is constrained by network latency, rate limits, and safety risks. We introduce \textbf{WebWorld} series, the first open-web simulator trained at scale. While existing simulators are restricted to closed environments with thousands of trajectories, WebWorld leverages a scalable data pipeline to train on 1M+ open-web interactions, supporting reasoning, multi-format data, and long-horizon simulations of 30+ steps. For intrinsic evaluation, we introduce WebWorld-Bench with dual metrics spanning nine dimensions, where WebWorld achieves simulation performance comparable to Gemini-3-Pro. For extrinsic evaluation, Qwen...
| Authors | Zikai Xiao, Jianhong Tu, Chuhang Zou et al. |
|---|---|
| Primary category | cs.AI |
| Published | 16 February 2026 |
| Last updated at source | 16 February 2026 |
Connected in the knowledge graph
- DhruvalLabs/WebWorld-8B-GGUFModel · cited by
- Qwen/WebWorldDataDataset · cited by
- Qwen/WebWorld-8BModel · cited by
- Qwen/WebWorld-14BModel · cited by
- DhruvalLabs/WebWorld-14B-GGUFModel · cited by
- Qwen/WebWorld-32BModel · cited by
Models and datasets referencing this paper
- Qwen/WebWorld-32BModel
- Qwen/WebWorld-8BModel
- Qwen/WebWorldDataDataset
- Qwen/WebWorld-14BModel
- DhruvalLabs/WebWorld-8B-GGUFModel
- DhruvalLabs/WebWorld-14B-GGUFModel
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