Top 50 Soil Sensor in Europe

Grounded Sensors is developing soil health monitors that provide real-time, continuous data on soil conditions throughout the year. This technology enables farmers to make informed decisions, enhancing crop productivity and promoting sustainable agricultural practices.

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.

Nerit'e offers the NutriScout platform, which utilizes in-situ direct measurements to continuously monitor plant-available nitrogen levels in real time, providing growers with immediate, actionable insights for adaptive fertilization strategies. This technology addresses the inefficiencies of traditional soil sampling, enabling farmers to optimize fertilizer use based on precise nutrient availability and environmental conditions.

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.

Sowit provides data-driven farm management solutions that utilize smart sensors and real-time analytics to optimize irrigation and resource use. By enabling farmers to monitor soil moisture, water flow, and environmental conditions, the platform helps increase crop yields by up to 100% while reducing water consumption by 30%.

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.

The startup is developing a food production platform that utilizes precision agriculture technology and data analytics to optimize crop yields and resource management. This approach addresses inefficiencies in traditional farming methods, reducing waste and increasing food security.

Finapp develops Capacitance Reflectometry Neutron Scattering (CRNS) probes that measure water content in various materials with high precision. This technology provides critical data for agriculture and construction, where accurate moisture measurement is essential for operational efficiency and product quality.

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.

Magrotek develops a smart decision system that utilizes data analytics and precision farming techniques to enhance crop yield profitability. The platform addresses inefficiencies in agricultural decision-making, enabling farmers to optimize resource allocation and improve overall productivity.

The startup develops IoT-based groundwater and soil remediation technology that utilizes real-time monitoring through a network of sensors to track groundwater flow direction and speed. This enables clients to implement timely measures to protect groundwater from contamination.

Agroop is developing a Big Data platform that combines software and IoT solutions to optimize irrigation practices for farmers. By providing precise data on water and energy usage, the platform enables farmers to reduce resource consumption by over 32% while enhancing crop yield and resilience.

Sapper Intelligence utilizes AI radar signal recognition and sensor fusion technologies to detect large concealed objects beneath soil and vegetation. This capability addresses the challenge of locating buried assets in various environments, enhancing operational efficiency for industries such as construction and environmental monitoring.

Telaqua provides a mobile app that utilizes connected sensors for smart irrigation management, enabling remote monitoring and control of irrigation systems. This technology reduces water and energy consumption by up to 30%, minimizes maintenance costs by 10%, and enhances decision-making through reliable, real-time data.

Elaniti develops a computational analog of soil by integrating generative AI with first-principles physics to simulate biogeochemical complexity. This platform enables dynamic functional inference, allowing users to predict soil performance and optimize on-farm management before implementing practices. By fusing molecular biology, environmental chemistry, and agronomic metadata, the company accelerates the transition to regenerative agriculture and enhances food security.

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.

The startup offers an AI-driven erosion prediction and management platform that utilizes data on soil composition, vegetation cover, topography, and climate to forecast land degradation. This technology enables landowners, governments, and environmentalists to make informed land-use decisions and implement effective conservation strategies.

Sencrop provides a connected agro-meteorological platform that utilizes local weather stations to deliver precise data on temperature, humidity, and soil conditions. This technology enables farmers to monitor weather patterns, anticipate frost risks, and optimize irrigation, ultimately improving crop protection and resource efficiency.

The startup develops a robotic farming system that integrates crop and soil monitoring with precision feeding and weeding technologies to enhance agricultural efficiency. By optimizing fertilizer application and minimizing chemical use, the system aims to increase farm outputs while reducing environmental impact.

Agricarbon provides an end-to-end service for soil carbon quantification, utilizing a statistically robust sampling strategy and automated analysis to measure soil organic carbon and bulk density across diverse geographies. This approach addresses the challenge of accurately measuring soil carbon stocks, enabling organizations to effectively track and verify their carbon sequestration efforts at a scalable and cost-effective level.

Your AI-powered digital agronomist utilizes machine learning algorithms to analyze soil health, crop performance, and weather patterns. This technology provides farmers with actionable insights to optimize yields and reduce resource waste, addressing inefficiencies in traditional agricultural practices.

OneSoil provides satellite-based crop monitoring and analysis tools that utilize the NDVI index to identify problem areas and optimize field management. This technology enables agricultural professionals to increase yields while reducing seed and fertilizer costs, ultimately enhancing profitability per hectare.

constellr utilizes thermal infrared remote sensing technology to provide high-resolution land surface temperature data, enabling precise monitoring of vegetation, soil health, and industrial activities. This technology addresses the need for accurate environmental assessments by delivering daily temperature readings with a spatial resolution of up to 10 meters.

Downforce Technologies measures soil organic carbon across agricultural supply chains to support the transition to regenerative agriculture. The platform provides science-led data for landowners, farmers, and industries like Food & Beverage and Fashion & Textile. This data enables clients to build climate resilience, enhance food security, and meet sustainability targets.

PerPlant provides an AI-powered camera sensor system designed for precision agriculture applications like spot spraying and grading. This sensor automatically assesses crop needs in real-time, optimizing the distribution of fertilizer and plant protection products across the field. The system helps farmers increase yield while simultaneously reducing chemical consumption and automating field data documentation.

The startup develops non-invasive AI root monitoring technology that provides real-time visualization and analysis of plant root systems, enhancing resource utilization and crop quality in controlled environment agriculture (CEA). This technology addresses the challenges of inconsistent crop performance and resource inefficiency by enabling precise tracking of plant physiological conditions and adaptive growth management.

Everest provides an in-situ sensor for Enhanced Rock Weathering (ERW) projects to automate the measurement of carbonate alkalinity. This technology digitizes chemical signals for real-time data transmission, reducing operational costs and measurement uncertainty for carbon credit MRV.

AgriCare Technologies develops precision nutrient delivery systems and root growth enhancers to improve soil health and crop productivity while minimizing environmental impact. Their solutions address the challenges of nutrient loss and soil degradation, enabling farmers to achieve higher yields with reduced chemical inputs and water usage.

Diagram Group offers digital agriculture management solutions that integrate software, sensor technology, and data analytics for precision farming. Their platform empowers agri-food businesses and public administrations to enhance operational efficiency, manage risks, and promote sustainable agricultural practices.

This startup develops AI-based farming technology that utilizes proprietary sensors to gather field data and external project information. By providing farmers with actionable insights through predictive analytics, the platform enhances decision-making for healthier and more efficient agricultural practices.

Agreed Earth provides a platform that utilizes machine learning, open-source models, and satellite data to monitor nitrogen flow in agriculture, helping farmers optimize fertilizer use and reduce nitrogen loss. This approach mitigates nitrous oxide emissions and nitrate pollution while enhancing soil health and farmer profitability in a $200 billion global fertilizer market.

Biofonic develops below-ground acoustic sensors and AI to monitor and analyze the complex soil biome. This technology provides actionable intelligence to farmers and land managers seeking to transition to sustainable agricultural practices. The platform aims to enhance soil health, nutrient cycling, and climate resilience in terrestrial ecosystems.

The startup develops assessment and monitoring tools that utilize field samples and metadata to evaluate the impact of agricultural practices on soil health. Their technology enables corporations to implement measurable soil condition improvements, enhance yield, and strengthen resilience against environmental risks while ensuring compliance with scientific methodologies.

Deep Planet utilizes satellite imagery and AI-driven analytics to optimize soil organic carbon management and nutrient application for vineyards and agricultural producers. This technology enhances grape yield and resilience against climate change, addressing the challenges of declining agricultural productivity and environmental sustainability.

Lensor offers a geospatial intelligence platform for urban land management, providing tools to visualize biotope conditions and monitor ecological changes. It integrates satellite imagery and ecological data to support regenerative land management strategies and inform decisions for enhanced green infrastructure.

Starfish Bioscience specializes in restoring soil microbiomes through targeted biotechnological solutions, enhancing nutrient recycling and reducing chemical input needs. This approach addresses soil degradation, which leads to decreased agricultural productivity and increased greenhouse gas emissions.

Alzagro develops automated grain-sampling drones that utilize advanced aerial imaging and data collection technologies to enhance precision agriculture. These drones provide farmers with accurate, real-time insights into crop health and soil conditions, improving yield management and resource allocation.

The startup operates a satellite-based farm irrigation management platform that automates irrigation processes by providing precise water usage recommendations based on crop needs. This technology helps farmers optimize water application, reduce waste, and enhance crop yield and quality without the need for costly field sensors.

Lobelia utilizes advanced Earth observation techniques to generate precise datasets from geophysical features, focusing on air, water, soil, and vegetation resources. The company provides decision-makers with evidence-based analyses and visualization tools to understand climate vulnerabilities and risks, facilitating informed actions in response to climate challenges.

Agurotech provides precision agriculture solutions through farm registry, irrigation management, and pesticide management, utilizing sensor technology and local weather data to optimize resource use. Their platform enhances farm profitability by delivering real-time insights and actionable recommendations, reducing water consumption and minimizing chemical inputs.

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.

Varda operates technology platforms to facilitate the exchange and accessibility of field-level agricultural data across the supply chain. Its platforms, Global FieldID and SoilHive, standardize data formats and consolidate soil information to improve transparency in the agri-food industry. This infrastructure supports collaboration among industry leaders to advance regenerative farming and transition toward a nature-positive food system.

This startup manufactures biofertilizers by utilizing advanced technology to identify optimal plant-bacteria combinations tailored to specific soil types and high-protein crops. Their products enhance crop yields while reducing reliance on chemical fertilizers, promoting sustainable agricultural practices.

Nordetect develops portable analysis systems that utilize Lab-on-a-Chip technology and UV-VIS spectrophotometry to provide real-time nutrient analysis of irrigation water and soil. This enables Controlled Environment Agriculture farms to optimize fertilizer dosing, enhance crop health, and minimize waste by delivering instant insights into nutrient levels.

UrbanSens provides a SaaS platform that uses remote sensing and IoT data to identify environmental risks in urban areas. Their platform helps clients allocate resources for socio-environmental resilience by providing transparent, enriched information derived from Earth observation and other data sources.

Heliotics develops a modular platform, Heliotics CORE, that integrates IoT sensors with LoRaWAN and NB-IoT networks for real-time industrial monitoring and data analytics. This solution enables manufacturers to gain comprehensive insights into their production processes, enhancing efficiency and reducing operational costs without requiring programming skills.

TerraRad provides portable L‑band radiometer systems that deliver high‑resolution, passive microwave moisture maps of soil and vegetation. Its products, such as turfRad and PoLRa, enable data‑driven irrigation, turf management, agricultural planning, and construction assessments. The technology brings satellite‑grade moisture accuracy to ground level for real‑time decision support across multiple industries.

Nitroterra develops customized microbial biofertilizers that enhance soil health and improve crop yields while reducing reliance on synthetic fertilizers. The startup addresses soil degradation and nutrient depletion by utilizing data-driven formulations tailored to specific soil and crop conditions, resulting in cost savings and increased nutrient density in food production.

The startup provides land management and restoration services that transform excavated soil into agricultural resources through land analysis, project planning, and ongoing monitoring. This process enhances soil fertility and biodiversity, addressing the issue of degraded land at construction sites.

The startup develops an agricultural crop monitoring system that utilizes sensors, artificial intelligence, and low-energy radio wireless technology to collect and analyze data on crop conditions. This system enables farmers to optimize production while minimizing water, energy, and fertilizer usage during the transition to sustainable farming practices.