IRIS — VOICE — PULSE — FACE — HANDWRITING — PALMPRINT — PERIOCULAR — FINGERPRINT — rPPG — 9 MODALITIES — FULLY TRACEABLE COMPOSITIONS —IRIS — VOICE — PULSE — FACE — HANDWRITING — PALMPRINT — PERIOCULAR — FINGERPRINT — rPPG — 9 MODALITIES — FULLY TRACEABLE COMPOSITIONS —

Choose Your Modality

What will you compose from?

Each biometric input produces a unique musical composition with full scientific traceability. Select a modality below to begin your capture.

[ 9 Modalities ]Select One
01

The window to your sound

Iris Scan

17 anatomical features — Gabor textures, fractal geometry, pigment gradients, and collarette structures — shape tempo, key, melodic complexity, and harmonic depth.

Begin Iris Scan
Voice Print02
02

Your timbre, your texture

Voice Print

12 vocal features — fundamental frequency, jitter, shimmer, formant structure, and spectral centroid — drive rhythm, tone color, and harmonic density.

Begin Voice Print
Pulse Reading03
03

Your rhythm, your groove

Pulse Reading

8 cardiac features — heart rate, HRV (RMSSD, SDNN), pulse shape, and respiratory modulation — set tempo, syncopation, and organic musical flow.

Begin Pulse Reading
Face Mapping04
04

Geometry becomes melody

Face Mapping

9 facial features — symmetry score, eye distance ratio, jawline angle, skin tone warmth — map to melodic intervals, harmonic consonance, and phrasing.

Begin Face Mapping
Handwriting05
05

Your stroke, your style

Handwriting

10 kinetic features — stroke density, angularity, slant angle, baseline straightness, and connectivity — shape musical character and ornamentation.

Begin Handwriting
Palmprint06
06

Your palm, your phrasing

Palmprint

Principal lines (heart, head, life), tri-radii harmonic depth, palm geometry, and a 24-dim Gabor texture pool drive tempo, harmonic intent, melodic complexity, and ornamentation.

Begin Palmprint
Periocular07
07

Your eyes, your envelope

Periocular

Eyebrow chain-code curvature, palpebral fissure aperture, eyelid contour, and lash density shape melodic contour, dynamic range, and grain. Coming soon: capture iris and periocular features from a single eye photo.

Begin Periocular
Fingerprint08
08

Your ridges, your rhythm

Fingerprint

11 friction-ridge features — Henry pattern class, minutiae count, ridge density, orientation entropy, core-delta distance, and singular points — chose the mode, voice count, articulation, and reverb space.

Begin Fingerprint
rPPG Face09
09

Your face, your heartbeat

rPPG Face

Remote photoplethysmography — 15 s of face video recovers heart rate and HRV from skin micro-color changes via Wang et al.'s POS algorithm, then reuses the pulse music mapping so tempo, syncopation, and groove follow your cardiac rhythm. (Video capture, ~15 s — no physical contact needed.)

Begin rPPG Face

Not sure which to choose?

Start with your iris — it extracts the most features (17) and produces the richest compositions. You can always come back for other modalities.

Start with Iris Scan