Deep-dive into the geospatial algorithms and photonic models powering the next generation of cycling intelligence.
Terrain-Aware Evaporation Lag. Predicting soil saturation through precipitation memory and drainage coefficients.
Read Protocol →Defeating map distortion. Using the Haversine formula to ensure 1:1 precision in distance and gradient telemetry.
Explore Geometry →Identifying Thermal Iceboxes. Analyzing solar azimuth and slope aspect to reveal invisible trail hazards.
Analyze Shadows →Transforming raw weather telemetry into tactical gear and safety advice using multi-factor DST logic.
Check Thresholds →Actionable Setup Intelligence. Dynamic PSI and mechanical optimization based on rider weight, terrain compliance, and mud flotation.
Adjust Setup →Beyond elevation. Re-categorizing ascents using bike-specific effort multipliers (Enduro/MTB/Road) and gradient intensity.
View Categories →Standardizing technical difficulty. From S0 flow to S5 extreme terrain, based on international mountain trail benchmarks.
Check Difficulty →Dynamic refueling intelligence. Predicting sweat rates and glycogen depletion based on thermal stress and climb categories.
Calculate Fueling →