Multi-Modal Physiological Telemetry

Deterministic Physiological Telemetry & Triage Engine

A privacy-first, non-diagnostic computer-vision pipeline mapping visual gastrointestinal (fecal) biomarkers and metabolic (urinary) hydration tracking to risk-stratified compliance matrices. Zero diagnostic hallucination, enforced by deterministic boolean rule gates.

Telemetry Modalities

Targeted biomarker extraction across primary excretion profiles.

Gastrointestinal Telemetry (Active Core)

Automated Bristol Stool Scale (Types 1–7) classification, morphological consistency scoring, and multi-spectral screening for high-priority color markers (hematochezia, melena, and acholic indicators).

Metabolic & Hydration Telemetry (Roadmap V2)

Armstrong 8-Level Hydration Index classification, dilution compensation, turbidity monitoring, and chromatic anomaly detection to deliver real-time recovery and heat-stress metrics.

Three-Phase Deterministic Architecture

Zero free-form diagnostic hallucination. Strict algorithmic rule gates.

1. Artifact Mitigation

Evaluates raw optical characteristics—lighting glare, signal-to-noise ratio, focus sharpness, and obstruction boundaries—rejecting compromised captures prior to parsing.

2. Multi-Spectral Extraction

Gemini Flash maps sample metrics into structured markdown matrix blocks: morphological scale typing, color spectral analysis, and hydration indices.

3. Boolean Triage Engine

Pure Python boolean rules parse structured vectors into deterministic risk tiers: NORMAL, MONITOR, ATTENTION_REQUIRED, and IMMEDIATE_ACTION.

Dual-Licensed Core

BioEye is open-source under the GNU AGPLv3. For proprietary integration, commercial cloud hosting, or closed-source exemptions, commercial licenses are available.

Contact Licensing