A fully integrated weather station and intelligence system that translates atmosphere, soil, and machinery signals into economically actionable field decisions.
Designed, engineered, and built specifically for production agriculture. Every component selected for accuracy, durability, and field serviceability in demanding Midwest row crop environments.
Integrated Platform Layers
Hardware, network, and AI analytics combined
LoRaWAN Coverage Range
Per gateway in rural environments
Off-Grid Solar Operation
Continuous field monitoring, no power needed
Field Serviceable Design
All components replaceable on-site
Microclimate WX is a complete environmental intelligence system with three integrated layers
Microclimate WX
Prototype
Deployed across farm operations to capture hyperlocal atmospheric and soil conditions that regional weather stations miss entirely.
Unlike stations miles away, our sensors capture the microclimate variations that actually determine crop outcomes — frost pockets, drainage patterns, wind exposure, and soil microclimates at the field level.
Connects stations across thousands of acres without per-sensor cellular data costs — the cost barrier that has prevented dense agricultural sensor deployment until now.
A single gateway covers up to 15 kilometers in rural environments, connecting dozens of stations without recurring subscription fees.
Growers own and control their network infrastructure
Powered by Microsoft Aurora and NVIDIA Earth-2 that fuses real-time sensor data with advanced weather model downscaling to deliver field-level predictive intelligence.
This architecture connects ground-truth microclimate observations to cloud-scale atmospheric models and financial insights, creating a new standard for data-driven agriculture.
Integrates with John Deere Operations Center, AGCO Fuse, Case IH AFS Connect, and AgLeader InCommand — unifying weather intelligence with equipment telemetry and agronomic data in a single decision framework.
John Deere Operations Center
AGCO Fuse
Case IH AFS Connect
AgLeader InCommand
Industrial-grade weather station with modular, field-replaceable design. Built for real-world agricultural operations.
MeteoWind® Compact — reed switch + magnetic vane
✓ WMO-certified · MEASNET-calibrated
SHT30 RS485 digital sensor
✓ Radiation shielded
Stainless steel dual-stage tipping bucket
✓ GB/T21978.2-2014 · 0.2mm resolution
High-precision monitoring for weather trends
For evapotranspiration and crop stress
Multi-depth moisture & temperature
Time-lapse crop health imaging
✓ In development
We're developing NearIR vision camera capabilities for time-lapse crop health imaging, extending the platform from atmospheric monitoring into visual crop assessment.
Track crop development patterns over time
Early detection of stress indicators
Correlate visual data with environmental conditions
All sensors use standard RJ45 connectors—swap in minutes without tools
24"×20"×8" sealed enclosure with DIN rail component organization
Prevents data loss during maintenance or failure events
Add or swap sensors without reconfiguring wiring—true plug-and-play expansion
Farm crews can service all components
Rapid field repairs and upgrades
3D-printed ASA components, galvanized steel
Easy to add new sensor types
Off-grid solar power and flexible communications for 24/7 operation anywhere
Dokio 12V with universal double-arm mount
OKMO 12V for extended operation
Victron for max efficiency
Surge Protection
PV SPD & DC breakers
8-Port DC Distribution
Centralized sensor power
15km range • No cellular fees • Farmer-owned
Direct connectivity • Gateway backhaul
Peer-to-peer • Off-grid deployments
Supports LoRaWAN + Starlink hybrid communications for maximum uptime under rural conditions
Low-latency satellite backhaul
Automatic failover between paths
Continuous operation during critical weather
LoRaWAN
Mesh Network
Cellular
4G/5G Direct
Starlink
Satellite
Hybrid
Multi-Path
Where raw sensor data becomes operational intelligence — powered by world-class AI partnerships
Foundation Model
Predictive weather forecasting continuously calibrated against ground-truth observations from the sensor network.
Next-generation AI-based weather prediction
CorrDiff Downscaling
Atmospheric downscaling brings regional forecast data to sub-field resolution for unprecedented accuracy.
Cloud-scale models meet field-level precision
Weather Visualization
Real-time weather radar and alerting platform integrated with Microclimate WX for comprehensive weather awareness.
Live radar visualization and storm tracking
Not generalized forecasts — specific operational recommendations with timing and product guidance
Product and timing recommendations
48-hour advance warnings
Based on real-time field conditions
Soil moisture and evapotranspiration data
Cloud-native platform with Power BI visualization
Third-party integration and custom applications
Producers retain ownership and control of operational data
John Deere, AGCO, Case IH, AgLeader — unified operational view
Farm operators deploying Microclimate WX can expect measurable, bottom-line improvements
Through optimized water application timing
From optimized timing of critical operations
Lower chemical usage through precise timing
For most farm operations
Beyond operational decisions — understand the financial implications of weather patterns
Model expected yield outcomes based on historical weather patterns and current season conditions
Run "what-if" scenarios to understand financial exposure under different weather conditions
Connect weather data with agricultural insurance and lending platforms for risk assessment