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Paper · arXiv

CoworkEnv: Synthesizing Training Environments for Long-Horizon Cowork Agents

AI coworkers must coordinate tools, communicate across turns, and act on changing workspace state while respecting workflow constraints. Constructing training experience for these capabilities requires coherent requests, service records, tool interfaces, and grading checks. We present CoworkEnv, a capability-guided framework for synthesizing executable training environments for AI coworkers. Workflow requirements guide task construction, and programmatic validation with feedback repair checks generated specifications and grading behavior. Teacher executions yield curated demonstrations for supervised fine-tuning (SFT), while student interactions provide rollouts and rewards for reinforcem...

AuthorsZhongwei Xie, Yiming Du, Jiaxin Bai et al.
Primary categorycs.AI
Published18 October 2026
Last updated at source18 October 2026
cs.AIcs.CL
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  • 20 Oct 2026 Description: AI coworkers must coordinate tools, communicate across turns, and act on changing workspace state while respecting workflow constraints. Constructing training experience for these capabilities requires coherent requests, service records, to → AI coworkers must coordinate tools, communicate across turns, and act on changing workspace state while respecting workflow constraints. Constructing training experience for these capabilities requires coherent requests, service records, to
  • 20 Oct 2026 Topics added cs.AI, cs.CL removed hf-daily-papers, supervised fine-tuning, reinforcement learning, reward processing, credit assignment, policy optimization, multi-turn tasks

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