An AI System for Measuring and Optimizing Biological Aging
Signal AI measures biological state, models aging trajectories, and identifies optimal interventions with precision.
High-resolution biomarker data
AI maps biological aging state
Targeted biological intervention
Cells lose communication. Repair signals degrade. Systems drift from optimal function.
Inflammaging disrupts cellular coordination
Dysfunctional cells accumulate and spread damage
Signal loss in cognitive and neural systems
Biological systems lose coherence over time.
Signal AI changes that.
AI maps biological state using high-resolution biomarker data. What was once invisible is now measurable, trackable, and actionable.
Measured across inflammatory, metabolic, cognitive, and systemic systems
Inflammatory, senescence, metabolic, neurological, systemic aging
Maps trajectory and identifies intervention targets
CRP, IL-6, TNF-α
p16, p21, SASP Panel
NAD+ levels, mitochondrial function, metabolic efficiency
BDNF, cognitive assessment, sleep quality
Telomere length, epigenetic age, physical performance
Signal AI identifies how to shift biological systems toward youthful function. Each intervention is guided by data. Each outcome refines the model.
High-resolution biomarker data across five biological systems
AI maps aging state and identifies intervention targets
Targeted intervention delivers the optimized signal
Aggregated biomarker data continuously refines the model.
High-resolution biological data is the core asset.
AI-guided biological intervention using exosomes. Four infusions. Four weeks. Fully measured.
Comprehensive biomarker panel establishes biological baseline.
Signal AI-guided exosome delivery. 1–2 × 10⁹ EVs per infusion, once per week.
Biomarker tracking confirms trajectory. AI model updates.
Full biomarker re-measurement. Efficacy quantified. Data feeds the system.
Once per week
Measured pre and post
Florida SB 1768 compliant
SIGNAL AGE
Chronological Age: 40
SIGNAL VELOCITY
Aging at 0.82 years per year
CRP ↓ 30–40% — Inflammation
p16 ↓ 40–60% — Senescence
NAD+ ↑ 20–30% — Metabolic function
BDNF ↑ — Cognitive support
Cell-derived vesicles that deliver repair signals between cells. Used by Signal AI to implement optimized biological interventions.
Exosomes deliver it.
Signal AI selects the intervention target from each patient's biomarker profile. Exosomes are the delivery mechanism — precise, cell-native, and measurable.
No toxicity concerns. Strong biocompatibility across animal and in vitro studies.
Early clinical use shows excellent tolerability.
Pharmaceutical-grade quality. Florida SB 1768 compliant.