NEXT-GEN AGTECH INFRASTRUCTURE

Engineering the Next Era of
Sustainable Food Systems.

Empowering enterprise farming with real-time sensor intelligence, automated resource management, and climate-resilient field forecasting.

Explore Platform

Trusted by world-class agtech partners & growers

AWS AgTech

Azure IoT

Cloud Geo

JohnDeere API

ClimateCorp

Core Features

Intelligent Automation & Data

From deep-soil moisture probes to satellite crop health indices, our integrated hardware-software architecture connects every acre in real time.

Soil Analytics

Sub-surface chemical profiling, nitrate level tracking, and organic matter quantification with automated sensor telemetry.

Explore Soil Tech

Resource Control

Precision variable-rate irrigation valve automation and fertilizer micro-dosing systems calculated by hyper-local climate models.

Supply Chain

Direct harvest-to-distributor tracking, temperature-controlled transit telemetry, and predictive yield timeline publishing.

Explore Logistics

Proven Impact

Proven Impact Through
Data-Driven Agriculture.

Our deployable IoT sensors and predictive machine-learning models consistently reduce costly chemical runoffs, drastically minimize freshwater consumption, and protect crop yields against climate volatility.

Reduced Water Usage

Increased Crop Yield

Lower Chemical Footprint

Predictive Accuracy

Live Field Operations

Valley District #4 Automated Pivot Sensor Array

Active Stream: 1,420 Acres

Platform Demo

Precision Farming & Data Intelligence

Interact with live telemetric data layers below. Toggle metrics to experience real-time sensor processing.

AcreFlowOS v4.2 // Node_ID: SEC-809

Soil Moisture Profile (% VWC) Live Sensors Connected

Avg Volumetric Moisture

34.2%

Nitrogen Saturation (ppm)

42 ppm

Estimated Harvest Target

182 Bu/Acre

ROI Calculator

Estimate Your Farm’s Impact & Savings.

Adjust the farm size and crop selection below to see projected seasonal water volume savings and revenue yield increases using AcreFlow precision infrastructure.

Based on empirical field trial data across 50,000+ acres

Considers localized evapotranspiration models

Total Farm Size (Acres) 1,200 Acres

Primary Crop Type

Est. Annual Water Saved

14,400,000 Gal

Reduced pumping energy costs

Est. Yield Value Gain

$168,000 / yr

Based on yield bump + reduced input

Solutions

Transforming Field Operations

Scalable sensor deployments designed specifically for modern high-yield farm operations and agricultural cooperatives.

Hardware Integration

Autonomous Tractors & Field Sensors

Plug-and-play telemetry modules for ISOBUS machinery compatible with John Deere, Case IH, and AGCO fleets for live fuel and swath mapping.

Remote Sensing

Precision Drones & Satellite Mapping

Multispectral NDVI aerial imagery integrated daily to detect crop stress, weed infestations, and canopy chlorophyll deficits before visible damage occurs.

Water Intelligence

Automated Pivot Irrigation Control

Smart sector-by-sector irrigation scheduling derived from localized solar radiation, wind speed, soil tension, and real-time transpiration calculations.

Predictive Models

Harvest Yield & Storage Forecasting

Machine learning models trained on historical soil weather metrics to predict exact bushel yields up to six weeks before harvest commences.

FAQ

Simplifying complex farming questions.

Have specific technical or deployment questions? Contact our agronomy team directly or review key details here.

AcreFlow hardware controllers plug directly into standard CAN bus/ISOBUS ports across all major machinery brands including John Deere, Case IH, Fendt, and New Holland. Data synchronizes over satellite cellular telemetry automatically.

No. Sensor nodes communicate via low-power mesh networks (LoRaWAN) to a central field hub. The central hub contains mesh memory buffers and uploads data whenever cellular, satellite, or farm Wi-Fi signal is available.

100% of your telemetry, crop yield, and soil mapping data belongs strictly to your farm business. AcreFlow adheres to Ag Data Transparent standards and will never sell or monetize producer data.

AcreFlow models support row crops (Corn, Soy, Wheat, Cotton), specialty crops (Almonds, Wine Grapes, Citrus), and high-density greenhouse environments across North America, South America, and Europe.

Most commercial operations achieve full hardware and subscription ROI within 12 to 18 months, driven primarily by 20-30% input savings in fertilizer micro-dosing and reduced irrigation energy expenditures.

Engineering the Next Era of
Sustainable Food Systems.

We design, deploy, operate and scale end-to-end precision farming systems. We work across every step—from soil mapping and sensor integration to the delivery of real-time analytics, optimized yields and climate-resilient harvests.