Implantable Multi-Omics Sensor Grids

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

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Implantable Multi-Omics Sensor Grids

Miniaturized electrochemical and optical sensors embedded in subcutaneous or vascular implants, sampling metabolites, hormones, inflammatory markers, and other biomarkers in real-time. Data streams are analyzed by AI models to detect early signs of age-related decline, guide personalized interventions, and validate the impact of rejuvenation therapies on a continuous basis.

TRL

4/9Formative

Impact

5/5

Investment

4/5

Category

Hardware

Connections

Hardware

Epigenetic Wearables

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

Software

Adaptive Metabolic Orchestration Engines

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

Applications

Closed-Loop Metabolic Therapies

Automated systems that combine sensors, algorithms, and drug delivery to maintain youthful metabolic profiles.

Closed-Loop Metabolic Modulators

Devices that actively modulate glucose, ketones, insulin signaling, or AMPK/mTOR pathways in real time.

Hardware

Mitochondrial Augmentation Microdevices

Implantable systems that deliver healthy mitochondria directly into aging tissues.

Envisioning is an emerging technology research institute and advisory.

2011 — 2026