Decoding the Biology
of Longevity
with Artificial Intelligence
We apply cutting-edge AI to understand the mechanisms of ageing — identifying biomarkers, predicting healthspan trajectories, and accelerating the science of living better, longer.
Rooted in longevity science. Powered by machine learning.
Guided by the FOXO proteins that regulate life itself.
Where We Focus
Our Intelligence
Six interconnected research programmes — each targeting a different layer of the longevity problem, all powered by AI.
Longevity AI
We train large-scale models on multi-omic datasets to identify the molecular hallmarks of ageing — mapping how FOXO pathways shift across the lifespan and which interventions restore youthful gene expression.
Learn moreBiomarker Analysis
Our AI systems analyse thousands of biomarkers simultaneously — blood panels, proteomics, metabolomics — clustering biological age signatures and surfacing early indicators invisible to standard clinical assays.
Learn morePredictive Health
Using deep learning on longitudinal health data, we build individual trajectory models that predict healthspan divergence years before symptoms emerge — enabling precision longevity strategies.
Learn moreDrug Discovery
We apply AI to compress the longevity drug discovery cycle — screening compound libraries for FOXO-pathway activity, predicting off-target effects, and prioritising candidates for experimental validation.
Learn moreEpigenetic Clocks
We build and validate next-generation epigenetic clocks trained on methylation arrays across diverse populations — producing biological age scores that outperform chronological age in predicting disease onset and mortality.
Learn moreClinical Trials AI
Our AI platform accelerates longevity trial design — optimising cohort selection, adaptive dosing protocols, and real-time safety monitoring so promising interventions reach validation faster with smaller, more informative studies.
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