Every biomarker, explained in plain English.

How many times your heart beats per minute, the most fundamental sign of how your cardiovascular system is doing right now.

Sorts your calm, at rest pulse into ranges so you can see whether it sits in the athletic, healthy, or elevated zone.

A higher precision pulse reading taken by resting your fingertip on the camera for lab grade accuracy.

Measures your pulse from the blood flow in your palm as an alternative to a face scan.

Shows how strongly blood is reaching your fingertips, a quick read on circulation to your extremities.

A visual map of how evenly blood is flowing across the surface of your face.

Flags when the gaps between heartbeats look uneven, which can hint at an irregular rhythm worth checking.

Detects the subtle skin movement caused by the large artery in your neck with each beat.

The overall amount of natural variation between your heartbeats, a broad indicator of resilience.

The quick beat to beat changes tied to your rest and recover nervous system, a favorite recovery marker.

The percentage of neighboring heartbeats that differ noticeably, another window into relaxation.

Captures the short term wobble between consecutive beats, closely related to your calming nervous system.

The average time between heartbeats, the raw timing all other HRV numbers are built from.

Reflects the slower rhythms in your heartbeat that blend both stress and recovery systems.

Reflects the faster rhythms tied mainly to your breathing and your body's calming response.

Compares your stress related and recovery related rhythms to gauge whether you lean tense or relaxed.

The combined size of all the rhythms in your heartbeat, a summary of nervous system activity.

Geometric measures of your short and longer term beat variability, mirroring recovery and balance.

Rates how complex your heartbeat pattern is, where healthy hearts tend to show rich complexity.

How many breaths you take per minute, detected from the tiny rhythmic changes a breath causes in your face.

Measures how steady and even your breathing rhythm is over the scan.

Draws the actual shape of your breath cycle so you can see your inhale and exhale pattern.

Estimates the percentage of your blood carrying oxygen, a key vital sign for lung and circulation health.

A more precise oxygen reading taken through your fingertip on the camera.

Tracks how much your breath timing shifts from one breath to the next.

Approximates how much air you move with each normal breath.

Estimates the largest breath you could draw in, a rough gauge of lung capacity.

Estimates the peak pressure in your arteries when your heart pumps, the top blood pressure number.

Estimates the resting pressure in your arteries between beats, the bottom blood pressure number.

The average pressure across a full heartbeat, a measure of how well blood reaches your organs.

The gap between your top and bottom numbers, which can reflect the stiffness of your arteries.

Estimates the likelihood your rhythm shows signs of AFib, a common irregular heartbeat.

A higher accuracy fingertip check for the irregular rhythm pattern of atrial fibrillation.

Compares the apparent condition of your vessels to typical ages, telling you if your arteries seem younger or older.

Estimates how fast your pulse travels through your arteries, where faster speeds suggest stiffer vessels.

Rates how flexible or rigid your arteries appear, which matters for long term heart health.

Combines several signals into an estimate of your heart disease risk over the coming decade.

Approximates how much blood your heart pumps each minute.

A single overall stress rating blended from several heartbeat and physiological signals.

Places your current stress into easy to read bands like low, moderate, or high.

A well established heartbeat based formula that measures how hard your stress system is working.

Estimates the activity of your fight or flight nervous system, which ramps up under pressure.

Estimates the activity of your rest and digest nervous system, which helps you calm and recover.

Shows whether your stress and recovery systems are in healthy balance or tipped to one side.

Measures the natural way your heart rate rises and falls with your breathing, a sign of a relaxed state.

Assesses how well your body automatically adjusts blood pressure and heart rate.

Reads visible muscle tension in your face as a physical cue of stress.

Your weight to height ratio estimated from facial and body proportions.

Estimates the share of your body made up of fat tissue.

Approximates how many calories your body burns at complete rest just to keep you alive.

Estimates how your body distributes fat, where more around the waist carries higher risk.

Estimates the deep belly fat around your organs, the type most linked to metabolic disease.

Approximates the proportion of your body made up of water.

A camera based approximation of your blood sugar level, shown as early research.

Approximates the oxygen carrying protein in your blood, relevant to anemia.

Estimates the chance you have the cluster of conditions that raise heart and diabetes risk.

A directional read on how well hydrated you appear to be.

Approximates the maximum oxygen your body can use during hard exercise, the standard measure of aerobic fitness.

Translates your heart fitness signals into an equivalent age so you can see if your heart is younger or older.

Rates how well rested and recovered your body appears, useful for deciding whether to train or rest.

Combines recovery and stress signals into a simple go or rest recommendation for your day.

Uses your resting pulse to place your cardiovascular fitness on a scale.

Compares your heart rate variability to others, where higher variability generally signals better fitness.

Estimates how quickly your pulse settles after exertion, a strong sign of cardiovascular fitness.

Estimates how old your body seems physiologically, which can differ from your actual age.

Estimates the effective age of your blood vessels based on how they respond to each heartbeat.

Translates your heart rate variability into an age equivalent for your nervous system.

Estimates how old your skin looks based on texture, tone, and damage.

Estimates whether you appear to be aging faster or slower than an average pace.

Shows the difference between your biological estimate and your real age in a single number.

Blends several markers into a broad, directional read on long term health trajectory.

Measures eyelid droop and eye closure patterns to detect tiredness, a method proven in driver safety research.

Rates how close you appear to falling asleep based on eye and face cues.

Counts how often you blink, which shifts with fatigue, focus, and stress.

Estimates whether your current expression leans positive or negative.

Estimates how energized or activated your emotional state appears.

A broad, directional summary of your emotional wellbeing from facial and physiological cues.

Estimates how mentally taxed or busy your brain appears to be, including from subtle pupil changes.

Gauges how focused and alert you seem during the scan.

Directional wellness estimates loosely modeled on standard mood questionnaires. Never a diagnosis.

Estimates the pigment level in your skin, useful for personalized skin and sun care guidance.

Measures skin redness that can come from irritation, flushing, or inflammation.

Rates how bright and radiant your skin appears.

Estimates how much acne is present on a simple severity scale.

Estimates visible signs of aging caused by sun exposure.

Rates the overall smoothness or roughness of your skin surface.

Measures how even your skin tone is across your face.

Rates the darkness under your eyes, often linked to sleep and fatigue.

Screens for a yellowish skin tint that can signal a liver issue, prompting you to see a doctor.

Highlights a skin spot with features worth having a professional examine. Never a diagnosis.