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PharmaMar and Globant collaborate on multi-agent AI for oncology research prioritization

PharmaMar, a Madrid-based company focused on marine-derived oncology therapeutics, and Globant, a Buenos Aires-founded digital and AI services firm listed on the NYSE, announced a collaboration to deploy a multi-agent artificial intelligence framework across PharmaMar's research operations (announcement). The deal is structured as a technology services partnership rather than a traditional drug licensing agreement. No specific molecule is being licensed or co-developed. Globant is providing its Enterprise AI platform to help PharmaMar prioritize compound-indication combinations from its marine-derived compound portfolio in oncology.

Financial terms of the collaboration were not disclosed. The announcement contains no mention of upfront payments, milestone structures, royalty rates, equity components, or total deal value. The absence of such terms is consistent with the nature of the arrangement, which resembles a technology services engagement rather than a structured biopharma transaction with defined financial triggers tied to development or commercial events.

Deal context

The collaboration centers on Globant Enterprise AI, configured as a multi-agent AI system in which more than 20 specialized digital agents operate across preclinical, clinical, regulatory, and commercial functions within PharmaMar's research ecosystem. The system is designed to ingest and analyze large volumes of scientific literature, regulatory documents, and clinical data. In a pilot phase, the platform processed over 4,500 research documents to identify and rank the 10 most viable treatment-indication combinations from more than 8,000 possibilities. PharmaMar reported that the system reduced the time required for this analysis from weeks to hours and achieved over 90% accuracy in data retrieval tasks.

No specific drug candidate has been named as an output of the platform. PharmaMar's existing portfolio includes lurbinectedin, marketed as Zepzelca for small cell lung cancer, and other marine-derived compounds at various development stages. The AI system is intended to evaluate this portfolio broadly rather than advance a single asset. Future phases are expected to add autonomous hypothesis generation, real-time regulatory compliance checks, and automated scientific reporting.

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The collaboration fits within a broader industry pattern of pharmaceutical companies engaging AI technology providers to accelerate early research. Several dedicated AI drug discovery companies operate in this space with purpose-built platforms and validated pharma partnerships. BenevolentAI has deployed its knowledge graph platform with AstraZeneca to identify novel targets in idiopathic pulmonary fibrosis and chronic kidney disease. Insilico Medicine advanced ISM001-055, an AI-discovered molecule for idiopathic pulmonary fibrosis, into Phase II clinical testing through a partnership with Sanofi covering six targets. Recursion Pharmaceuticals, which merged with Exscientia, operates a phenomics-driven platform with partnerships at Roche and Bayer. These companies differ from Globant in that they maintain proprietary biological datasets and have generated clinical-stage assets from their platforms.

For PharmaMar, the partnership addresses a specific operational need: systematically evaluating its library of marine-derived compounds against potential oncology indications using data-driven methods rather than manual literature review. The company's pipeline is concentrated in oncology, and the AI system is designed to surface compound-indication pairs that merit further preclinical or clinical investment. No new clinical trials or regulatory submissions have been announced as a result of the collaboration.

Globant's role is that of a technology vendor applying its general-purpose AI infrastructure to pharmaceutical research workflows. The company has not previously generated drug candidates or validated targets through its platform. This positions the collaboration as an early test of whether general-purpose multi-agent AI systems can produce actionable outputs in drug discovery, a domain where specialized platforms with proprietary biomedical data have established longer track records.


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