Biomedical AI
Lift Healthspans for Everyone
Transforming omics data into intelligence
Our AI portfolio features two flagship technologies: K-Dense, our autonomous multi-agent scientific platform, and N-Act, our next-generation multi-omics intelligence model — together enabling precise, scalable, and clinically actionable insights.
Our Vision
Track disease progression.
Predict the future.
Act earlier.
[ flagship AI ]
K-Dense AI
K-Dense conducts complete scientific research from hypothesis to publication with minimal human intervention
Broad Tool Usage
Integrates 20+ bioinformatics and chemistry programs directly into reasoning.
Think with Reflexion
Validates each step through self-check and correction cycles, refining hypotheses and catching errors early for more reliable scientific reasoning.
Write Like Scientists
Logs all data, code, and citations for full auditability. And produces publication-ready text in Nature-Cell style.
[ technology ]
K-Dense AI advancing biology through autonomous discovery
Biostate's flagship AI system designed to autonomously analyze omics data, generate hypotheses, and summarize biological discoveries.
- ↘Discovered novel RNA biomarkers of aging
- ↘Performs literature review, feature selection, and manuscript drafting autonomously
World's Best Measure of Aging
Collaborating with David Sinclair from Harvard Medical School, we developed the world's best model for predicting age and uncovered novel science, including the discovery of 4 new RNA biomarkers of aging.
Fast and Novel Drug Lead Discovery
Collaborating with Swamy Vijayan, CEO of Zafrens, we accelerated three months of work into just four days with K-Dense and uncovered previously unrecognized cell-state patterns linked to compound response.
[ flagship AI ]
N-Act AI
K-Dense conducts complete scientific research from hypothesis to publication with minimal human intervention
AI-driven Discovery
Detects molecular signatures across DNA, RNA, and proteins to reveal hidden disease mechanisms.
Predictive Modeling
Learns patient-specific patterns to forecast disease risks and treatment responses.
Explainable Insights
Generates interpretable models — making biological decisions transparent and reproducible.
[ about ]
Guiding Bone Marrow Transplant for AML Patients
