Technical & Clinical Synopsis // Version 1.0
NET Tracker is a high-density clinical intelligence platform built by a patient to turn white noise into a clear signal. The system utilizes a native SwiftData persistence layer to map the multi-dimensional complexity of NET management.
Maps serum levels against time-series data to identify kinetic trends. This entity allows the engine to predict flares by calculating the first-order rate of change in biomarkers like Signatera or 5-HIAA.
Encodes 18 anatomical markers to establish physiological constants. This data layer adjusts engine sensitivity based on individual surgical history and primary site location.
The 28-day cycle engine. It mathematically identifies vulnerability windows by tracking medication degradation over time, providing foresight into recurring symptom patterns.
A 25-slot dynamic schema. This allows subjective lived experiences to be promoted to first-class data entities, ensuring the "unthought-of" symptoms are weighted equally in the Machine Learning model.
Phase 1
Heuristic Baseline
100% hard-coded clinical logic for immediate safety and reliability.
Phase 2
Hybrid Inference
Integrating Machine Learning-driven predictive scoring alongside clinical rules.
Phase 3
Personalized Machine Learning
Full ensemble learning optimized to individual patient offsets.
"I built NET Tracker because I needed it—and what I needed didn’t exist... I approached this as an architect to finally give us a way to turn that noise into a clear, predictable signal."
Steve Petersen
Creator · Software Architect · Stage 4 NET Patient