IMIN scans your nervous system using rPPG biometrics through your phone's camera, classifies your autonomic state from 20 possible configurations, and recommends the technique most likely to work for your current state and goal. After the session, a second scan measures what actually happened. Every session makes the next recommendation smarter.

What makes IMIN different from other wellness apps?

IMIN reads your nervous system and tells you exactly what it needs — then guides you through the one technique that will actually work right now. Other apps give you a technique and hope for the best. IMIN measures your nervous system before and after every session, scores the outcome, and learns from it.

What techniques does IMIN use?

IMIN includes techniques across breathwork, movement, and mind & sound categories. The best technique for you depends on your state and your goal on any given day.

Do I need any equipment?

No. IMIN uses your phone's camera. No wearable needed.

Is this medical advice?

No. IMIN is a wellness tool that helps you find what works for your nervous system. It is educational and supportive, not a medical device. Always consult a healthcare professional for medical concerns.

Glossary — IMIN

Glossary

Regulation is your nervous system's ability to be flexible, balanced, and coordinated, regardless of whether you're calm or activated.

Dysregulation is when the nervous system’s ability to be flexible, balanced, and coordinated breaks down and the system gets stuck, rigid, or collapses, regardless of whether you feel stressed or fine.

Nervous System Regulation Technique
A nervous system regulation technique is any practice or intervention designed to restore or maintain the nervous system's flexibility, balance, and coordination, particularly when it has become stuck, rigid, or collapsed (dysregulated).a

rPPG, remote photoplethysmography, is a non-contact technique for measuring physiological signals using a camera to detect subtle, color changes in skin caused by blood volume pulse variations as the heart beats. It's distinct from PPG (photoplethysmography), used by wearables such as Oura and Whoop, which requires a physical sensor (e.g., a pulse oximeter) touching the skin.

How rPPG works:

1. A camera captures video of a person's face or skin

2. Algorithms extract tiny color fluctuations (especially in the green channel) from regions of interest

3. Signal processing isolates the pulse waveform from noise (motion, lighting changes)

4. Physiological metrics are derived from that waveform