BikeScout
Encyclopedia
Deep-dive into the geospatial algorithms and photonic models powering the next generation of cycling intelligence.
TAEL Model
Terrain-Aware Evaporation Lag. Predicting soil saturation through precipitation memory and drainage coefficients.
Read Protocol →Geodesic Accuracy
Defeating map distortion. Using the Haversine formula to ensure 1:1 precision in distance and gradient telemetry.
Explore Geometry →Shadow Persistence
Identifying Thermal Iceboxes. Analyzing solar azimuth and slope aspect to reveal invisible trail hazards.
Analyze Shadows →Safety Thresholds
Transforming raw weather telemetry into tactical gear and safety advice using multi-factor DST logic.
Check Thresholds →Built for the MCP Protocol
BikeScout concepts are designed to be ingested by LLMs, providing a standardized bridge between raw geospatial data and human-like tactical briefings.
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