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Shanghai AI Laboratory launches Sage·LabOS laboratory operating system

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Shanghai AI Laboratory has launched the laboratory operating system Sage·LabOS, which uses the experimental equipment access and collaboration protocol Sage SCP-Lab as a unified interface and leverages the Sage physical world model W0 to drive robots in completing experimental operations, connecting the chain from autonomous execution by heterogeneous equipment to the return of experimental results to the scientific research agent. The system has four core capabilities: capability discovery, task orchestration, execution scheduling, and data feedback. Shanghai AI Laboratory states that it has completed five rounds of dry-wet closed-loop iterations in a lipid nanoparticle (LNP) formulation optimization task guided by the "Yuansheng" platform at Lingang Laboratory, automatically synthesizing and validating 335 formulations, raising the encapsulation efficiency from 67% to 98%, with in vitro transfection levels improving round by round. Equipment access and experimental execution are constrained by security policies throughout the entire process. Shanghai AI Laboratory states that it welcomes research institutes, universities, and industry partners to collaborate in advancing equipment adaptation, on-site deployment, and experimental validation.

AI 根据报道生成 · 5 days ago更新

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11月6日
  1. Shanghai AI Laboratory - Embodied IntelligenceFeatured
    Shanghai AI Lab launches Sage·LabOS laboratory operating system

    Shanghai AI Lab has launched its laboratory operating system Sage·LabOS, which uses Sage SCP-Lab as a unified interface and the Sage physical world model W0 to drive robots in completing experimental operations, connecting heterogeneous devices for autonomous execution and data return. The system has four core capabilities: capability discovery, task orchestration, execution scheduling, and data feedback. In a lipid nanoparticle (LNP) formulation optimization task at Lingang Laboratory, it completed five rounds of dry-wet closed-loop iterations, automatically synthesizing and validating 335 formulations, with encapsulation efficiency rising from 67% to 98%.

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