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SAVE is our AI platform that identifies promising molecules and indications and prepares them for regulatory approval.

S

earch

Surface high-potential opportunities from untapped scientific evidence.

Our Search layer:

  • aggregates heterogeneous biomedical sources (structured + unstructured)
     

  • applies natural language processing (NLP) to extract disease–mechanism–molecule signals from unstructured text
     

  • structures and prioritizes dispersed scientific evidence into traceable opportunity sets
     

  • integrates unmet-need signals and a pharmaco-economic potential lens to support prioritization
     

Output: structured evidence packages and prioritized candidate opportunities for expert review.

A

ccelerate

Turns regulatory and scientific evidence into execution-ready documentation, while building proprietary IP around a closed, regulatory-grade RAG architecture.

At its core, Accelerate relies on a proprietary Retrieval-Augmented Generation (RAG) combining a protected, in-house recipe of cloud infrastructure (secured AWS environment, including AWS HealthLake compatible data storage), structured knowledge layers, and fine-tuned language models specialized in regulatory writing and dossier logic. All data and workflows operate within a closed, controlled environment, ensuring traceability, confidentiality, and IP accumulation.

Accelerate reduces manual workload and variability through a document automation pipeline from source extraction (OCR when required) and secure cloud storage, to RAG-grounded drafting and workflow orchestration via a web interface.

Where applicable, Accelerate supports regulatory frameworks such as FDA Orphan Drug Designation (ODD) by generating standardized, dossier-ready drafts aligned with expected formats.

V

alue

Prioritize programs that are both medically meaningful and strategically executable.

The Value layer supports disciplined selection by comparing opportunities across:

  • strength and consistency of the evidence base
     

  • clarity of mechanistic rationale
     

  • feasibility signals and pathway readiness
     

  • strategic attractiveness informed by pharmaco-economic potential
     

Output: ranked program candidates with clear rationale to support internal decisions and partner discussions.

E

mbrace

Ground programs in real-world disease context through expert input and feedback loops.

Embrace ensures opportunities reflect clinical reality by incorporating:

  • disease-specific clinician and specialist review (relevance, feasibility, care pathway context)
     

  • structured documentation, traceability, and versioning of outputs over time
     

  • iterative improvement through internal review and external feedback where applicable
     

Output: clinically credible programs designed for real-world execution.

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