full soil health visibility

No More Guess Work

Everything You Need to Maintain Soil Health

soil moisture

The available water content (AWC) of the soil, or the amount of water available to the plant for uptake.


The total salt content in the soil, reported as electrical conductivity (EC).


One of the inorganic forms of the macronutrient, nitrogen, a chemical element naturally occurring in soil that plants utilize for growth.


A chemical element naturally occurring in soil and providing plants with better root growth and drought tolerance.


A chemical element naturally occurring in soil and required for various plant functions.

Soil temperature

The warmth in the soil, measured by the heat exchanged between the soil and soil surface.


The measure of the acidity or alkalinity of a soil, also known as the soil reaction.


The release of carbon dioxide due to soil organisms respiring.


The available oxygen content in the soil.

At Three Different Depths


Sensors located six inches below ground, evaluating the soil for deep to shallow-rooting plants.

12 inches

Sensors located twelve inches below ground, evaluating the soil for moderate to deeper-rooting plants.

18 inches

Sensors located eighteen inches below ground, evaluating the soil for deep-rooting plants like trees and large shrubs.

Gas Sensors

Measures at 6” and 12” Aeration (O2) and Respiration (CO2)

Soil Sensors

Measures at all three sensors nitrate, potassium, phosporus, pH, soil moisture, salinity, and soil temperature.

Data Ingestion & ML Will Auto-Detect Data and Run Through Carbon Models


Crops and management practices will be detected automatically at scale, fine tuned manually.


Species, age, and density will be automatically at scale, fine tuned manually.


Auto-detection of ranch and pasture. Scenario planning for various grazing practices.

Estimate Changes Over Time & Identify Areas of Strategic Opportunity

Scenario Planning

The Teralytic software can be used for carbon offset planning through calculating the number of years into the future with the land management approach.


Real-Time Soil Data

Communicate and manage readings from the sensors from up to fifteen miles away, the Teralytic sensors offer measured data to improve agricultural profitability and reduce carbon emissions. 


Carbon Baseline

Our software has the ability to predict your field’s carbon baseline using historical land management, weather, bulk density, soil organic carbon (SOC) percentage and soil organic matter (SOM) percentage.


The Next Step in Smart Farming

Our network allows for minimal wiring and maximum reach. No Wi-Fi or internet connection needed. the most detailed soil quality data available, via a single probe with 26 sensors reporting soil moisture, salinity, and NPK at three different depths, as well as aeration, respiration, air temperature, light, and humidity.