Terraxiq turns 10-meter multispectral satellite imagery into field-level yield estimates updated every 5 days. Crop insurers use it to price MPH policies at APN level. Commodity traders use it to front-run WASDE by six weeks.
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USDA RMA county loss-cost factors are multi-decade averages built from voluntary hand surveys aggregated across thousands of farms. A drought in one township while the adjacent township gets adequate precipitation still registers as one county-level number — erasing the within-county variance where adversely selected risk actually concentrates.
Commodity traders face the same structural gap. USDA WASDE publishes once a month. Intra-season crop development — stress events, recovery signals, yield trajectory shifts — happens on a 5-day satellite cadence. The 30 days between WASDE publications are a structural information asymmetry.
"Up to 34% yield variation within single RMA county units — USDA NASS county-level analysis"
10-band capture — VIS, NIR, red-edge, and SWIR — at 10-meter GSD from two satellite constellations. Cloud gaps filled via weighted temporal compositing, maintaining clean NDVI signal through cloudy Midwest growing seasons.
Gradient-boosted models ingesting NDVI time-series, growing-degree days, and soil moisture indices. Calibrated on 8 years of USDA NASS county harvest data. Output: P10/P50/P90 distributions per field polygon, updated every 5 days from emergence to maturity.
GeoJSON field polygons, NDVI time-series arrays, and yield probability distributions delivered via REST endpoint. JSON schema designed for direct ingestion into actuarial rating engines and quant trading systems — no GIS toolchain required.
Replace RMA county loss-cost factors with field-polygon yield distributions at APN level. Price MPH and named-peril policies on what's actually in the ground this season, not a multi-decade average across 500,000 acres.
Explore for Insurers
P10/P50/P90 yield distributions for corn, soybean, and wheat across CONUS producing regions, updated every 5 days. The USDA WASDE publishes monthly. Terraxiq delivers the intra-season trajectory 6 weeks before each WASDE print.
Explore for TradersUS cropland monitored
Update cadence
Field-level imagery
Corn · Soy · Wheat
We replaced our county-average loss cost factors with Terraxiq field polygon estimates in one growing season. The within-county basis risk we'd been absorbing for years showed up immediately in the residuals.
Head of Underwriting Analytics · Regional Crop Insurer · 4 US states
Underwriting teams use Terraxiq to close the gap between RMA county tables and field-level loss exposure. Trading desks use it to move before WASDE. Both run on the same API.