The Technology Behind Integrated Clinical Intelligence

Checks signals from four body layers at once. This creates a clearer picture of what is happening in real time. It brings together multiple biological signals so the system can observe the body more holistically.

Different sensors pick up signals from different depths, then bring them together into one clear readout. The fusion step helps organize complex layered data into something easier to interpret.

Designed to identify emerging patterns and surface meaningful changes over time — supporting better monitoring and more personal, informed care.

Treats EKG and EEG traces as connected wave patterns. By analyzing P-QRS-T-U coupling, it scores 'Wave-Harmonic stability' — a real-time read of how cleanly your cardiovascular system is resonating.

Signals are broken into smaller harmonic pieces, then reassembled to show where rhythm, timing, and recovery fit together. The engine is designed to flag loss of stability earlier than a one-off snapshot would.

Designed to let us treat exercise as a 'structural drug' — tracking your vascular resonance session over session as the system remodels, and surfacing rhythm, brain, and stress signals earlier than a single scan.

Uses different light colors to look below the skin and read body signals in one quick scan. It is designed to gather information from several tissue depths at once.

Light passes through the body, and smart analysis picks out the signal from each layer. The engine separates the returning light by wavelength and tissue depth.

Gives a real-time picture of body health without needles or samples. It can help track energy, inflammation, hydration, and oxygen levels.

Analyzes visceral fat, skeletal muscle quality, fat distribution, cellular hydration, metabolic age, sarcopenia risk, cardiometabolic risk, inflammatory burden, and insulin-resistance patterns.

Fuses body-composition imaging with metabolic biomarkers and longitudinal trends — designed so subtle shifts surface earlier than standard panels alone.

Designed to support earlier intervention, more informed risk assessment, and precision tracking over time.

IBA 2.0 weights three pillars into one age score — Epigenetic (40%), Vascular (35%), Behavioral (25%) — and detects six divergence patterns between them. New research challenges methylation-only approaches, so IBA 2.0 adds a Biological Resilience Reserve signal that separates Resilient from Fragile aging.

Thirty-plus methylation clocks run in parallel for the epigenetic pillar, an AI vascular-age engine reads PPG resonance, and our BAPS-v3 score covers 8 behavioral domains. Outputs are weighted and reconciled — if patterns diverge (e.g. molecules look young but behavioral reserve is low), the engine automatically gates higher-tier interventions until the underlying gap is addressed.

Captures aging the way the body actually ages — across multiple biological axes — and routes resilience-aware findings through a multi-domain clinical framework with tier-based intervention activation and unified contraindication scanning. Surfaces actionable intervention windows that single-signal methylation tests miss entirely.

Two distinct modes for how you actually feel in the moment — a tap-based interface for active engagement, and a hands-free visual mode for receptive practice. Every session moves through a structured arc: safety screener → pre-check-in → bilateral session → post-check-in → grounding exit. Nothing is skipped.

Built-in delta tracking captures pre- and post-session ratings so you can see exactly how your body and mind shifted. Optional wearable correlation — Apple Health, Oura, Whoop, Fitbit, or Garmin — aligns your session timestamps with physiological data for clinician review.

This is wellness coaching, not medical treatment — but it's wellness coaching engineered with the rigor of a clinical instrument. Designed for everyday self-regulation while remaining structured enough to integrate into a longitudinal care record.