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About ORAVYS
Complete Vocal Anatomy - Explore how ORAVYS decodes 200+ voice dimensions through advanced bio-acoustic analysis
ORAVYS
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ORAVYS

Digital Twin | Voice Intelligence
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Analyzed Anatomy
Full Body
Digital Twin Overview
Brain
Language control and vocal planning
Spine
Nerve transmission and postural support
Vocal Apparatus
Larynx, vocal cords and pharynx
Lungs
Respiratory capacity and pressure
Cardiovascular System
Circulation and heart rate
Lower Limbs
Posture, stability and body resonance
COMPLETE SYSTEM
ORAVYS analysis goes beyond sound. It decodes the complex interaction between 6 major biological systems. Your voice is the sonic hologram of your global health.
Data Points2,400+
AI Engines100+
120+
Biomarkers
100+
Engines
6
Systems
Body
Brain
Lungs
Larynx
Heart
Legs
COMPLETE SYSTEM
Global biomarker analysis.

Broca's Area (BA44-45)

Left inferior frontal area responsible for language production. Plans and coordinates articulatory movements. ORAVYS detects micro-variations in prosody, flow and pauses revealing cognitive load, stress and brain fatigue.

Primary Motor Cortex

Direct control of facial, lingual and laryngeal muscles. Somatotopic map with enlarged representation for orofacial region. Disturbances in motor execution are visible in articulatory precision.

ORAVYS Detection

Analysis of tempo variations, vocal intensity, phonemic transitions and pauses. These markers reveal brain activity, emotional states and neurological conditions.

Spinal Cord

Transmits nerve signals from brain to respiratory and postural muscles. Spinal nerves (C1-C7, T1-T12) innervate the diaphragm and intercostal muscles essential for breathing.

Phrenic Nerve (C3-C5)

Innervates the diaphragm from cervical vertebrae. Essential breathing control. Any cervical compression or tension affects vocal respiratory support.

Larynx and Vocal Cords

Vibration of vocal folds at 80-250 Hz depending on gender and age. ORAVYS measures jitter (F0 variation), shimmer (amplitude) and HNR (harmonic-to-noise ratio).

Tongue (17 Muscles)

4 intrinsic muscles change shape, 4 extrinsic control position. Lingual position modifies acoustic formants F1, F2, F3.

Lung Capacity

Total volume 4-6 liters in adults. Vital capacity determines maximum phonation duration. ORAVYS measures inspiration/expiration ratios and airflow stability.

Subglottic Pressure

5-10 cmH2O for normal speech. 15-30 cmH2O for singing or projection. Unstable pressure = trembling or fatigued voice.

Heart Rate

60-100 bpm at rest, increases to 120+ under stress. Cardiac pulsation creates detectable vocal micro-tremors in the fundamental frequency.

ORAVYS Detection

Micro-tremors at heart rate frequency (4-8 Hz), HRV variability and cardio-respiratory coupling reveal autonomic stress and cardiovascular health.

Support Base

Legs provide essential postural stability for effective phonation. A stable standing position allows optimal thoracic expansion and maximal vocal projection.

Body Resonance

The entire body acts as a resonance chamber. Vibrations propagate from vocal cords through the skeleton. Leg position influences global resonance and timbre.