Multi-Modal Epigenetic Clocks

Next-generation biological age predictors integrating methylation, transcriptomics, proteomics, and imaging data.

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Advanced machine learning models that synthesize DNA methylation patterns, RNA expression profiles, metabolite levels, and imaging biomarkers into unified estimates of biological age and mortality risk. These clocks provide high-resolution, organ-specific aging profiles and are used to validate rejuvenation therapies with unprecedented precision.

TRL

7/9Operational

Impact

5/5

Investment

4/5

Category

Software

Connections

Hardware

Epigenetic Wearables

Noninvasive devices that track methylation drift, inflammation signatures, and mitochondrial output in real time.

Hardware

Implantable Multi-Omics Sensor Grids

Networks of implanted biosensors that continuously track molecular aging markers across the body.

Software

Adaptive Metabolic Orchestration Engines

AI systems that continuously adjust diet, activity, sleep, and therapeutics to keep metabolism in a youthful state.

Cross-Species Longevity Translation Models

AI systems that translate longevity interventions from model organisms to human therapeutics.

Envisioning is an emerging technology research institute and advisory.

2011 — 2026