A structured iris evaluation against the established physical maps — Lo Rito, Jensen and others — covering constitution, fibre structure, diathesis, collarette and pupil. Each marked sign carries its meaning, neighbouring organs and associated risk factors, ready to discuss with the patient and export as a branded report.
Models
One eye, read across every dimension.
A single iris sign carries physical, emotional and relational meaning. CosmicIris keeps each reading method — or “model” — on the same canvas, so you can layer them on one patient and reason about them together. 3 are live today, with dozens more planned.
Based on Dr. Daniele Lo Rito’s Time Risk research, signs along the collarette are read as gestation and life-span ages — estimating roughly when a trauma occurred. Confirm the calculated age with the patient, record its type and emotional meaning, and track it across visits.
Built on Dr. Leonard Mehlmauer’s sclera-mapping research, a quadrant map lets you mark primary, secondary and endocrine-immune sign lines. Each line’s colour, thickness and clarity feeds a severity ranking and a list of possible conditions to verify — and can be compared against earlier evaluations.
Based on Dr. Lo Rito’s Space Risk research, signs and shapes along the inner pupillary border map into 26 spaces per half-border. Each space links to physical, psychological and emotional values, related iris organs and spinal vertebrae.
Based on Dr. Lo Rito’s research, the iris is divided into twelve 30° sectors — each a “step of love” — centred on the pupil, in both a dynamic (birth-degree) and a fixed map, for the relationship and emotional dimension of iris reading.
Dozens more on the way.
These are the first models on the canvas. We're building toward dozens more across the physical, emotional, time and space dimensions of the eye — added to the same workspace as the field's research grows. Every model is developed with the researchers who built the maps, drawing on 30+ years of multi-dimensional iridology and sclerology practice. Meet the research network