Now enrolling beta growers

Predictive intelligence for every acre you grow.

VersaAgro turns up-to-daily satellite imagery into an AI-powered digital twin of your land, so you can spot problems early, plan inputs and harvest timing with confidence, and build a path to premium carbon credits.

Within 1.5% of actual yield in university trials*
10+ years of university research
Satellite-based: no on-farm hardware required
Built on patented technology from a leading agriculture university

*Multi-year university trials on cotton and sorghum. Results vary by crop, field and season. Not a guarantee.

Field Telemetry Dashboard Demo scenario
NDVI false-colour field analysis — orange stress zones bleeding into blue healthy canopy, 10m resolution grid overlay
Yield confidence
1,223 lb lint/acre
Predicted Harvest Date: July 7, 2026 — Confidence High (98.2%)
Water Balance Model
Surplus / Saturated
West field ponding detected • Root-zone anoxia risk
Carbon pathway
~$2,900
Verified • 116 tCO₂e generated
Crop Stress Flag
Active / West Sector
Flood stress detected • 12 acres canopy impact
Up-to-daily satellite imagery
Field-tested in Texas and Jalisco, MX
Your land. Your data.
Built on patented technology from a leading agriculture university
Platform Capabilities

Remote Sensing and Predictive Excellence

VersaAgro turns satellite data into decisions: what is stressed, what to do about it, and when to harvest.

Digital Twin Intelligence

Create a high-resolution digital replica of your fields. Track growth and growing degree days through the season, forecast yield, and predict your optimal harvest date.

Sample Screens

Drone-Calibrated Satellite Monitoring

Our models are calibrated with high-fidelity drone data, then applied to up-to-daily satellite imagery: insight down to 10m × 10m cells, with no on-farm hardware required. Already have soil sensors or weather stations? Add them to sharpen results.

Crop Intelligence

Precision Water Balance

Monitor your soil's daily water bank statement. Detect stress flags before the wilting point is reached — optimize irrigation scheduling and protect yield potential.

Sample Screens

Early-Warning Alerts

Weather-impact and stress alerts flag risks early, so you can act before they reach your harvest.

Sample Screens

Road to Premium Carbon Credits

We measure biomass from space and are working with top bio-credit frameworks to create a road to premium carbon credits.

Sample Screens

Your AI Agronomy Advisor

Our AI agent turns field data into clear, suggested actions: when to irrigate, how much nitrogen to apply across three management zones, and when to harvest.

Learn more
Precision Insight Engine

Pinpointing Anomalies — Down to Every 10m × 10m Without Guesswork

Each grid represents a precise 10m × 10m (34×34 ft) ground-truth cell. A diagnosis. In a Texas cotton and sorghum field, VersaAgro spotted an irrigation line rupture on the west end of the field. It affected about 20% of crop yield. Catching it early means fixing it early.

Plant Digital Twin Health Grid - Color Key
Low values: clouds and water
Low-density vegetation
Moderate: grasslands and senescent vegetation
Relatively good value
Good value
High values: dense green vegetation
Growers 25+ crops
University trials

Within 1.5% of actual yield in multi-year university trials. Results vary by crop, field and season; this is not a guarantee.

Plant Digital Twin Health Grid: recolored 10m × 10m crop health cells with stress and canopy zones aligned to the color key
NDVI mapping crop density & health at 10m × 10m precision — from true-colour satellite to digital twin grid diagnosis.
Within 1.5%
of actual yield in university trials
10m × 10m
Minimum detection cell
Up to daily
Satellite monitoring, cloud cover permitting
25+
crops
Global Coverage

Crops we monitor from space

Built for 25+ crops, from cotton and corn to coffee, agave and avocado. See the full list.

Cotton and sorghum field — Texas
Cotton and sorghum
Texas
Digital Twin
Blue agave plants under sky — Jalisco Mexico
Blue Agave
Jalisco, MX
Digital Twin
Example crop — illustrative field photo
Example crop
Illustration
IN DEVELOPMENT
FOREST REMOTE SENSING

From fields to forests

We're extending VersaAgro's satellite technology to forests: remote sensing and estimation of forest biomass and carbon across mass acreage, working with researchers at a leading forestry research university.

Interested in forest carbon and biomass estimation? Tell us when you join the waitlist.

Learn more Join the Waitlist
High resolution satellite image of a forested river valley. Satellite view Illustrative biomass estimate

High resolution satellite imagery of forest, enhanced for display. Slide to see an illustration of how biomass and carbon estimates could be mapped. Illustration only – not measured data. Forest remote sensing is in development.

Lower estimated biomass Higher estimated biomass
Sample Screens

What you'll see inside VersaAgro

A preview of the screens growers will use, shown with sample data. Beta access is opening soon.

Connected intelligence

How VersaAgro connects the dots

VersaAgro links crop growth, weather, water and field conditions so the AI advisor can suggest what to do next.

NDVI → Crop Health Rainfall → Fungal Risk Temperature → Pest Pressure (Sample data · Coming soon) Soil Moisture → Irrigation GDD → Harvest Date Satellite → Digital Twin
Crop Entity
Satellite
Weather
Pest Risk Sample data · Coming soon
Carbon
Field data (optional sensors)
Action
Knowledge Base

Frequently Asked Questions

Answers for growers and agronomists. Select a topic below.

VersaAgro combines up-to-daily satellite imagery at 10m × 10m resolution with weather and growth history to show where crops are stressed. Flagged areas appear on a map so you can scout the right spots first and act early on irrigation, nutrients and pest pressure.
No. VersaAgro starts with your field boundary (a KML file) and crop type. Satellite imagery and weather do the rest. Already have soil sensors, weather stations or drones? We can bring that data in to sharpen results.
VersaAgro supports 25+ crops, from cotton and corn to coffee, agave and avocado. We have field-tested in Texas and Jalisco, Mexico.
In multi-year university trials, our digital twin predicted cotton and sorghum yield within 1.5% of actual. Accuracy varies by crop, field, weather and season, so treat predictions as a planning tool, not a guarantee. The models draw on satellite imagery, growing degree days, weather and 10+ years of university research.
Join the waitlist. Tell us about your crops and acres and we will be in touch. Your land and your data stay yours.
VersaAgro lays a 10m × 10m grid over your field boundary and tracks crop growth and health in each cell from satellite imagery. The grid updates up to daily, cloud cover permitting. Cells with similar conditions are grouped into management zones.
You do. VersaAgro is designed so growers keep ownership of their land and their data. Any data sharing is opt-in.
We measure biomass from space, calibrated with drone data and backed by university research. We are working with top bio-credit frameworks to create a road to premium carbon credits.

Ready to see VersaAgro on your fields?

Join the beta waitlist and be first in the field.

Join the Waitlist See How It Works