Top 50 Soil Sensor

Provides a soil analysis system that uses GPS-enabled sensors to measure nutrient levels, pH, moisture, and temperature directly in the field, delivering results in seconds without the need for lab samples. This technology enables farmers to optimize nitrogen fertilizer application, reduce costs by up to 20%, and improve crop yields through precise, data-driven decisions.

TerraBlaster offers an AI-powered sensor platform that analyzes soil nutrient composition in real-time during planting. This technology enables automated, variable-rate fertilizer application, optimizing crop nutrition and reducing input waste for farmers.

Viridix offers a soil water management platform that utilizes wireless, solar-powered sensors to provide real-time soil moisture data and actionable irrigation insights. This technology enables farmers and landscape managers to optimize water usage, reduce costs, and enhance crop quality by ensuring precise irrigation tailored to the specific needs of each plant.

Soiltech provides a wireless monitoring system that utilizes Beacon sensors to collect real-time data on soil moisture, temperature, and crop conditions throughout the entire agricultural product life cycle. This technology enables growers to make informed management decisions, resulting in increased operational efficiency and a measurable yield improvement of up to 4%.

Verdi provides precision irrigation automation through wireless soil moisture sensors and a centralized control platform that integrates existing farm infrastructure. This technology enables growers to optimize water usage and improve crop yield by monitoring soil conditions and automating irrigation processes in real-time.

Miraterra utilizes advanced proximal sensing technology to deliver lab-grade soil analysis with real-time, parts-per-million accuracy, eliminating the need for traditional sample preparation. This approach addresses the critical issue of insufficient soil testing, enabling enhanced soil health monitoring and supporting carbon market credibility.

Permia Sensing provides precision agriculture technology that utilizes advanced sensor networks and data analytics to monitor soil health and crop conditions. This technology enables farmers to optimize resource usage and improve yield while minimizing environmental impact.

Everest commercializes a patent-pending alkalinity sensor that measures carbonate alkalinity in soil to quantify the atmospheric CO2 removal achieved through Enhanced Rock Weathering. By providing accurate and cost-effective monitoring, the technology enables scalable carbon removal solutions while supporting regenerative agriculture practices.

The startup develops a soil analysis technology that measures soil properties at various depths and without preparation, allowing farmers to directly assess nutrient availability. This technology provides precise data on soil fertility, enabling informed agricultural decisions to enhance crop yield and sustainability.

Axal Yield provides a data-driven platform for farmers to optimize crop yields and resource allocation. By integrating soil sensor data, weather forecasts, and satellite imagery, the platform offers actionable insights for irrigation, fertilization, and pest management, improving operational efficiency and reducing waste.

Sensegrass provides a soil intelligence platform that utilizes satellite imagery and remote sensing data to monitor soil health and crop performance. The technology addresses issues such as soil salinity, erosion, and waterlogging, enabling farmers to optimize resource use and enhance crop yields.

This startup develops precision farming technology that includes automated feeders, spray systems, and soil sensors to provide farmers with real-time data and automation. By enhancing productivity and resource efficiency, the company addresses the challenges of labor shortages and environmental sustainability in agriculture.

Weenat provides farmers with connected agro-meteorological sensors and a mobile application that deliver real-time weather data and soil moisture levels to optimize irrigation and protect crops. This technology enables farmers to make informed decisions based on precise environmental conditions, addressing the challenges of climate variability and resource management in agriculture.

Farmblox provides a customizable farm automation solution using IoT sensors and controllers to monitor critical parameters such as soil moisture and weather conditions from any device. This technology enables farmers to efficiently manage their operations, reducing the need for physical checks and improving overall productivity across various farm sizes.

CinSOIL is developing an AI-driven software tool that utilizes remote sensing to monitor soil organic carbon stocks, enabling AgriFood businesses to measure and manage carbon sequestration potential at the farm level. This approach allows companies to decarbonize their supply chains effectively, improving soil health while reducing greenhouse gas emissions and enhancing agricultural productivity.

Yard Stick provides in-situ soil carbon measurement technology that enables accurate and affordable collection of soil carbon data, significantly reducing costs by 90%. This technology addresses the challenge of high measurement expenses, facilitating the adoption of climate-friendly agricultural practices that enhance soil health and contribute to carbon removal at a gigaton scale.

EarthOptics provides a cloud-based machine learning platform that generates high-resolution soil data maps, including metrics for compaction, carbon, moisture, and nutrients, using fewer samples than traditional methods. This technology enables growers and ranchers to enhance crop yields and assess land value at a significantly lower cost, addressing the need for accurate soil management insights.

Boomitra utilizes AI and satellite technology to measure, report, and verify soil carbon levels up to 30cm deep, enabling farmers and ranchers to generate internationally certified carbon removal credits without physical soil sampling. This approach addresses soil degradation and climate change by facilitating carbon sequestration while providing farmers with a new revenue stream to reinvest in their operations.

Seqana develops satellite-enabled soil carbon monitoring tools that provide cost-efficient soil sampling design and robust monitoring, reporting, and verification (MRV) solutions for regenerative agriculture projects. The platform addresses the need for accurate quantification of soil carbon sequestration, enabling farmers to receive compensation for their environmental stewardship while improving soil health.

Fuselage Innovations develops UAVs and IoT-based precision farming solutions that utilize advanced sensor technologies for real-time crop health monitoring and soil analysis. Their technology addresses inefficiencies in agricultural practices, resulting in a 14% increase in yield and a 33% reduction in agricultural inputs for farmers.

SoilSidekick Pro is an agricultural intelligence platform that combines near‑real‑time satellite imagery with AI analytics to produce high‑resolution soil nutrient, moisture, and water‑quality maps. It delivers field‑specific variable‑rate prescriptions for seeding, fertilization, and irrigation, and integrates with farm management software through an ADAPT Standard 1.0 API for automated decision support.

Blomso provides precision soil-sensing technology that integrates non-invasive sensors with AI-driven analytics to optimize fertilizer application on a granular level. This approach reduces fertilizer usage by 35% and accelerates return on investment compared to traditional soil testing methods.

This startup develops a data-driven farming platform that utilizes machine learning models to analyze sensor and imaging data related to water, climate, and soil moisture. By automating farming practices and workforce management, the platform enhances crop planning and operational efficiency for farmers.

Ekosight Technologies provides soil testing services that utilize advanced pH and electrical conductivity meters to assess soil health and nutrient levels. By delivering precise recommendations for fertilizer use, the company helps farmers increase crop yields by 25-30% while reducing input costs by Rs. 10-15K per acre.

TerraRad Tech develops drone-based L-band microwave radiometers that provide high-resolution soil moisture mapping, enabling precise irrigation strategies for agriculture and turf management. This technology measures subsurface soil moisture, helping to optimize water usage and enhance crop yields while supporting environmental research and construction assessments.

Combines synthetic biology, artificial intelligence, and high-resolution imaging to monitor environmental conditions at scale. Develops tools for agriculture to optimize soil health and crop yields, while providing precise pollution detection to support large-area soil remediation efforts. These technologies address critical challenges in sustainable farming, environmental cleanup, and national security.

Biofonic develops low-cost acoustic soil sensors combined with artificial intelligence to provide actionable insights for sustainable agriculture. The technology addresses the degradation of soil ecosystems by enabling farmers and land managers to enhance soil health and resilience through improved land management practices.

Singrow utilizes precision agriculture techniques, including soil sensors and data analytics, to optimize crop yields and resource usage. The company addresses inefficiencies in farming by providing actionable insights that reduce water and fertilizer consumption while enhancing productivity.

Environmental Material Science (EMS) provides a suite of autonomous soil sensors that monitor hydrocarbon contamination, methane emissions, and groundwater stability, delivering high-density data for real-time analysis. This technology reduces testing costs and health, safety, and environmental risks while ensuring compliance through accurate reporting to stakeholders and regulators.

Terramera offers a bio‑based crop protection platform that uses its Actigate™ targeted delivery system and AI‑driven formulation engine to create high‑efficacy, low‑synthetic pesticide blends for row crops. It also provides the Miraterra portable soil sensor suite with machine‑learning analytics to deliver on‑site, lab‑grade soil diagnostics for precision nutrient management.

GroGuru provides a Continuous Root Zone Monitoring solution that utilizes a patented Wireless Underground System to deliver real-time soil data and AI-driven irrigation recommendations. This technology enables farmers to optimize water usage and increase crop yields while addressing the critical challenge of water scarcity in agriculture.

The startup develops precision farming technology that utilizes deep neural networks to quantify soil parameters without the need for on-site hardware or personnel. This approach enables agribusinesses to enhance crop yields, optimize resource usage, and lower agricultural emissions through accurate soil intelligence.

Teralytic provides real-time soil quality monitoring through a single probe equipped with 26 sensors that measure moisture, salinity, and nutrient levels at various depths. This technology enables farmers to optimize fertilizer application and irrigation, reducing costs while enhancing crop yields and soil health.

Agrovisia develops a soil nutrient sensor utilizing four-channel impedance spectroscopy, enabling precise identification of nitrogen, phosphorus, and potassium levels in real-time. This technology addresses the excessive use of fertilizers in agriculture by providing accurate data for targeted soil correction and fertilization.

The startup offers a soil health monitoring platform that utilizes satellite data and artificial intelligence to assess nutrient levels in farmland topsoils. By providing actionable insights and analytics on regenerative agriculture practices, the platform enables farmers to enhance soil regeneration and improve biodiversity and water retention on their land.

dotTerra provides a platform that utilizes smart soil sensors and real-time data analytics to deliver insights on weather, soil, and market conditions for farmers. This technology enables farmers to optimize soil health and adapt to climate change, ultimately increasing crop yields and profitability.

X-Centric Sciences develops portable X-Ray Fluorescence pXRF instrumentation systems for soil analysis, enabling accurate and cost-effective quantification of geochemical and carbon content throughout the soil profile. This technology addresses the limitations of traditional methods, which are often time-consuming, destructive, and produce harmful byproducts.

The startup utilizes artificial intelligence to provide real-time soil analysis, enabling the characterization and quantification of pollutants at industrial sites. This technology enhances the efficiency of soil remediation projects, allowing industries to secure funding for clean-up efforts through precise data on excavated material recovery.

Hone provides portable NIR-based devices for on-farm grain and soil analysis, enabling farmers to obtain rapid moisture, protein, and soil carbon measurements. This technology allows for timely decision-making and improved operational efficiency in agricultural practices.

The startup develops an electrochemical sensor that monitors plant health by detecting water stress levels in real-time. This technology enables farmers to optimize water usage, minimize waste, and enhance crop yield efficiency.

Raks develops a soil moisture monitoring system that provides precise irrigation recommendations based on real-time data, enabling farmers to optimize water usage. This technology helps agricultural producers increase crop yields while minimizing resource consumption, addressing the inefficiencies of traditional irrigation methods.

ALVATECH develops eco-friendly water treatment technology and agricultural sensors that enhance irrigation efficiency and improve soil health for farmers. Their solutions increase crop resilience, reduce water usage, and promote sustainable farming practices, ultimately leading to higher yields and lower carbon footprints.

Spiio provides a precision irrigation platform utilizing non-invasive in-ground sensors to deliver real-time soil moisture, temperature, salinity, and light data. This technology enables golf courses, sports teams, and agricultural professionals to optimize water usage and reduce costs associated with irrigation and chemical applications.

Farm21 provides a data integration platform that combines insights from soil sensors, weather data, satellite imagery, and field scouting to deliver real-time agricultural intelligence. This technology enables farmers to monitor crop conditions and optimize resource allocation, ultimately improving yields and reducing input costs.

DOTS has developed a patented nitrate monitoring system that utilizes unique porewater sampling and spectroscopy-based analysis to provide continuous, real-time soil nutrient data for agricultural applications. This technology addresses the issue of fertilizer overdose and waste, enabling farmers to optimize fertilization practices, reduce costs, and minimize environmental contamination.

Agrodit provides wireless soil sensors that deliver real-time data on soil moisture, temperature, and salinity, enabling agronomists to monitor and manage crop conditions effectively. The technology addresses inefficiencies in resource management by offering precise, hour-by-hour insights that facilitate data-driven irrigation and fertilization decisions.

TierraSpec provides a platform that utilizes multi-layer soil analysis to measure and validate carbon sequestration in agricultural soils, focusing on key metrics such as nitrogen, phosphorus, potassium, pH, and soil texture. This technology enables farmers and agronomists to enhance soil health and optimize carbon management practices, contributing to sustainable farming and environmental compliance.

The startup develops and manufactures plant sensors that monitor plant health by measuring soil moisture, light levels, and nutrient availability. The accompanying application provides real-time data to users, enabling them to receive tailored plant care recommendations and products to optimize growth and health.

The startup operates an AgTech platform that utilizes soil moisture sensors to provide real-time data on root zone conditions, enabling precise irrigation management in horticulture. This technology helps gardeners optimize water and fertilizer usage, resulting in enhanced plant growth while conserving resources.

Fluviq provides a hardware-as-a-service solution that utilizes proprietary sensors to monitor soil moisture, temperature, and nutrient levels, enabling users to optimize water usage by up to 40% in agricultural and urban environments. The technology addresses water scarcity by delivering actionable insights that reduce irrigation costs and enhance crop yield, making advanced water management accessible to all.