Catch field problems weeks early and read moisture, salinity and biomass at 2 m — the full agronomic signal on a 2–5 day cycle.
Agriculture lives and dies by timing. A disease focus, a failed emitter or a creeping salinity front costs little if caught in its first week and a whole season if caught late. The limiting factor has been resolution and revisit: episodic site visits and 10 m pixels both miss problems until they have spread.
EarthToDate turns Sentinel-2's frequent revisit into operational intelligence at 2 m and below. One enhanced multispectral stack drives early anomaly detection, soil moisture and salinity, biomass and the classic vegetation indices — all sharing one geometry and a 10-year archive.
The result is a continuous, field-scale agronomic picture — where stress is starting, how water and salt are moving, how forage compares across an operation — without tasking, per-area pricing, or cloud dependence on any single pass.
Physics-enhanced true-colour — Sentinel-2 to 1 m and PlanetScope to 1.9 m — refreshed every 2–5 days (S2) to daily (PlanetScope), no hallucinations.
Ten calibrated spectral bands at 2–4 m — the analytical engine behind NDVI, moisture, burn and mineral indices.
A seamless, near-cloudless global basemap — 10 m source, 5 m physics-based Derived Resolution, 2.5 m Super-Resolution.
Government aerial orthoimagery for 20+ countries, from 20 cm to 1 cm, some refreshed continuously.
Upload your own scene — ×2 Refined Reality, ×4 Super Resolution, or PlanetScope 1.9 m — from virtually any sensor.
Field-scale moisture and a 0–100 salinity score at 2 m, correct across the full range of conditions.
A 2 m biomass index auto-calibrated to geography, ranking grazing fields with 90%+ correctness.
Catches divergence at 4×4 m — disease, pests, weeds, irrigation faults — weeks before it's visible at field scale.