Iris AI is a revolutionary mobile scanner that uses cutting-edge computer vision to analyze your eye's unique patterns, mapping exact color values, rarity percentiles, melanin distribution, and genetic roots.
Go beyond simple color tags. Discover complex metrics computed by our biological computer vision systems.
Maps iris pixels to calculate precise color ratios, identify complex heterochromias, and output exact hex color codes.
Compares your eye statistics with global database distributions to measure the statistical rarity of your iris traits.
Classifies biological structures (crypts, furrows, pigment rings) into behavioral iris archetypes like Stream or Shrub.
Computes optical density maps of your eye stroma to estimate melanin concentration and light absorption metrics.
Explores fun, psychology-linked findings correlating biological iris density patterns to personality characteristics.
Traces the structural distribution of traits linked to geographical ancestry distributions and hereditary markers.
Your iris contains thousands of unique biological details. Click on the hotspots to learn what we scan.
Everything you need to know about Iris AI and your eye privacy.
Iris AI uses the high-resolution camera of your smartphone to capture detail-rich photos of your eye. Computer vision neural networks process the image to isolate the iris stroma, mapping color frequencies, structural crypt spacing, pupil response boundaries, and melanin levels to cross-reference with international eye trait statistics databases.
Absolutely. We take privacy extremely seriously. The biometric extraction processes run entirely locally on-device. Your photo scans are processed without leaving your device. We do not sell or store personal identity-linked biometric indices.
Iris archetypes are categorizations based on structural features. "Jewel" irises feature prominent pigment spot freckles. "Shaker" irises display visible concentric contraction furrows. "Stream" irises display smooth radial fibers extending like rivers. These categories are inspired by behavioral biometrics research linking physiological developments to nervous system patterns.
The scanner extracts thousands of color samples across the iris to calculate a complete RGB/Hex spectrum and map precise percentages of primary and secondary colors. However, physical camera filters, glare, and environmental lighting can shift values slightly. For the most accurate result, take eye photos under natural indirect daylight.