From human-heavy workflows to fully AI-driven autonomous experimentation. The system rapidly builds a scalable pipeline for a wide range of organ-on-chip applications, supporting continuous feedback and real-time adjustments from preclinical research through to clinical translation. It accelerates decision-making and improves the precision of therapeutic development.

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How we can help
Design House
Build automated organ-on-chip pipelines with large language models. Design House provides AI modules that drive every stage of experimentation, from protocol generation to real-time monitoring and data analysis. Continuously enriched by internal and external datasets, the system evolves with each use, ensuring that every experiment reflects the most current and relevant scientific knowledge.
Design House
Organ Modeling
Standardized workflows enable the construction of complex, multi-tissue models that replicate organ-level functions. The system supports large-scale testing and provides insights into drug Mechanism of Action (MOA).
Organ Modeling
Decision Making
Support faster and more confident decisions. By analyzing dynamic biological responses across physiologically relevant models, our platform empowers critical decision-making in:

‧ Drug screening and selection
‧ Preclinical toxicity prediction
‧ Efficacy testing of approved drugs