We develop and support technologies that decode life’s temporal signals—combining epigenetics, AI, and physics to extend lifespan and maximize healthspan.
From methylation to multi-omics, convert signals into interventions.
Digital twin models adapt to you across time, tissue, and context.
Designed for lab workflows, APIs, and privacy-first deployments.
A coherent pipeline from signal capture to decisions.
We treat time as a biological axis—estimating level and velocity, then targeting the levers that move them.
State-of-the-art methylation clocks (biological age and pace) tuned for tissues and use-cases. Built to reduce domain shift and data leakage, with rigorous cross-study validation.
From pattern recognition to explanation: structural causal models map interventions to outcomes, guiding safer, more effective protocols.
Longitudinal models that track you through time—integrating multi-omics, lifestyle, and clinical data to forecast trajectories and steer them.
For researchers, clinics, and innovators ready to turn longevity science into outcomes.
Programmatic access to clocks and risk models via secure endpoints. Batch processing, lab-friendly formats, and audit trails.
Intuitive visuals, cohort comparisons, and protocol tracking—built for longitudinal care and client communication.
On-prem or VPC installs with privacy-first architecture. Your data stays in your control.
Tell us a bit about your use-case (research, clinic, partnership). We’ll follow up with next steps and timelines.