Scout + confirm
−28% rate vs broadcastBiological / IRAC rotation-friendly
PWM at 40–60 psi, 15 gpa, drift guard on field edges
Treat orange and red grid cells first; hold buffer strips until threshold is met.
Field monitoring command center
Live demo metrics from the CropShield treatment engine.
Field health score
74
Pesticide reduction
38%
Estimated savings
$14,200
Pest pressure
moderate-high
Yield protection
82%
Pest pressure map
Satellite grid with heat zones from scouting and stress signals
39
moderate-high
Weather risk
moderate pressure
Field read
Watch
Disease risk
Moderate humidity retention
Spray window
Favor 5–8am spray windows
Drift guard
Hold edges if wind picks up
Pesticide reduction
Chemical reduction
38%
vs current broadcast baseline
Estimated savings
$14,200
season modeled spend
Yield protection
82%
confidence under plan
Spray zone planner
Targeted passes before any blanket coverage
6 high-risk zones
Pest pressure map
Satellite grid with heat zones from scouting and stress signals
Biological / IRAC rotation-friendly
PWM at 40–60 psi, 15 gpa, drift guard on field edges
Treat orange and red grid cells first; hold buffer strips until threshold is met.
Reduced-rate contact + systemic tail
Section control across 3 modeled spray zones
Maintain 72-hour re-entry signage on hotspot acres.
Adjuvant only if needed
Re-scout same transects within 48–72 hours
Export agronomist report for compliance and retailer review.
Biological / IRAC rotation-friendly
−28% vs broadcast
Reduced-rate contact + systemic tail
−34% vs broadcast
Adjuvant only if needed
−10% vs broadcast
4 high-risk zones flagged for first-pass treatment.
Agronomist field report
Corn in Midwest Corn Belt shows moderate pest pressure with low disease risk. Targeted treatment can trim roughly 80% of chemical load versus the current broadcast program while holding yield protection confidence near 71%.
Disease risk: low
Model cropshield-ultra-mvp-2.0.0