Engineered for Ground-Truth Agricultural Precision
Review detailed technical specifications, wireless protocols, and hardware architectures driving the Agromi autonomous farming operating system.
LoRaWAN Sub-Surface Soil Moisture & NPK Probes
Engineered to withstand heavy tilling, tractor vibration, and seasonal monsoon waterlogging. The probes transmit sub-surface soil dielectric permittivity directly to the field hub every 15 minutes, enabling pinpoint water profiling.
Hardware & Data Specifications
Autonomous Drone Multispectral NDVI Crop Health Scanning
Captures subtle leaf reflectance changes invisible to the human eye. By analyzing Near-Infrared (NIR) reflectance, Agromi pinpoints crop fungal blights, stem borer attacks, and nitrogen starvation up to 10 days before visible symptoms emerge.
Hardware & Data Specifications
Autonomous Drip & Solar Valve Actuation Relays
Takes the guesswork and midnight labor out of farm irrigation. When sub-surface sensors detect soil moisture dropping below optimal transpiration thresholds, the controller autonomously opens the drip line and powers the pump.
Hardware & Data Specifications
Predictive Mandi Market Arbitrage & Harvest Timing AI
A farmer's profit is made not just at harvest, but at the mandi gate. Agromi analyzes historical price cyclicality, regional rainfall disruptions, and inter-state inventory levels to recommend the optimal 48-hour harvesting and selling window.
Hardware & Data Specifications
Six Pillars of the Agromi Ecosystem
Designed for harsh rural environments. Every module combines robust physical sensors with intelligent software to protect crops and maximize harvest value.
LoRaWAN Sub-Surface Soil Mesh
Solar-powered probes measure soil volumetric water content, dielectric permittivity, temperature, and NPK salinity at 10cm, 25cm, and 50cm depths with zero cabling.
Drone NDVI Multispectral Vision
Deploy autonomous drone flight plans to capture near-infrared (NIR) and red spectral reflectance. Generates canopy vigor heatmaps detecting fungal rusts 10 days early.
Autonomous Drip & Solar Valve Actuators
Edge micro-controllers automatically open solenoid drip valves and trigger solar water pumps based on root-zone tension thresholds, eliminating 35% of water waste.
Predictive Mandi Market Arbitrage
Our machine learning models analyze price movements across 50+ APMC mandis, seasonal yield forecasts, and interstate transport costs to recommend the most profitable sale window.
Hyperlocal Micro-Weather Stations
Ultrasonic wind sensors, solar pyranometers, and barometric dewpoint tracking predict local frost events, sudden hail, and evapotranspiration (ET₀) rates with 98% accuracy.
100% Offline Edge Computing
Farm gates and field hubs store telemetry locally in high-performance embedded SQLite. Irrigation loops execute reliably without internet, synchronizing to cloud when linked.