Top 50 Precision Irrigation

Lumo provides growers with block-level data and accountable automation for precision irrigation execution. This system closes the gap between planned and actual water delivery by using flow meters integrated into each valve to deliver irrigation by volume. The platform helps agricultural operations reduce pumping costs, increase crop quality, and improve labor efficiency through accurate water management.

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.

Treetoscope provides an Irrigation Management Platform that uses proprietary heat‑dissipation sap‑flow sensors and AI analytics to deliver real‑time, tree‑level water‑use data. By integrating sensor readings with soil, weather, and satellite imagery, the SaaS dashboard gives orchard growers precise irrigation recommendations, stress alerts, and water‑balance insights to improve yield and conserve water.

AgrowAnalytics provides data‑driven tools that measure, certify, and reduce a company's water footprint while offering precision irrigation recommendations for agricultural producers. Its platform automates water‑footprint reporting, delivers real‑time irrigation optimization, and channels saved water into collective projects that restore stressed river basins, helping businesses meet sustainability targets and support local ecosystems.

Fasal is an AI-driven IoT platform that provides real-time, farm-specific data on microclimatic conditions, irrigation needs, and pest risks to optimize crop management. By delivering precise recommendations, Fasal helps farmers reduce water usage by up to 82.8 billion liters and decrease pesticide costs by up to 60%, ultimately increasing crop yields by up to 40%.

N-Drip has developed a gravity-powered micro-irrigation system that utilizes existing field infrastructure to deliver precise irrigation without the need for pumps or filters. This technology significantly reduces water usage in agriculture, addressing the inefficiencies of traditional flood irrigation, which wastes up to 70% of water resources.

Growlink provides IoT-based climate and irrigation control systems for the agriculture sector, enabling precise management of temperature, humidity, and water delivery to optimize crop yield and quality. By automating these processes, Growlink reduces resource costs and enhances operational efficiency for cultivators worldwide.

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.

Verdi provides sensor‑driven irrigation automation that retrofits existing farm irrigation systems in a single day, enabling remote control, real‑time alerts, and phone‑based scheduling. The solution delivers up to 30% water savings, 10–20% yield gains, and $250–$500 per acre labor reductions, helping growers de‑risk operations and achieve rapid ROI.

Instacrops is a full-stack agricultural technology platform that utilizes machine learning and artificial intelligence to provide real-time monitoring and recommendations for irrigation, nutrients, pests, and diseases. By enabling farmers to make informed decisions based on precise data, the platform minimizes risks and enhances crop profitability.

Hydrosat utilizes thermal infrared satellite technology and proprietary algorithms to provide field-level and regional analytics for irrigation and crop management. The company helps governments and farmers optimize water usage while increasing crop yields across millions of hectares globally.

Elaisian provides a precision farming system that utilizes real-time climate data and predictive analytics to monitor and prevent diseases in olive groves, vineyards, and almond trees. This technology enables farmers to optimize irrigation and treatment interventions, resulting in reduced resource usage and improved crop yields.

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.

Synnefa develops Smart Greenhouses equipped with FarmShield™ IoT sensors that optimize irrigation and monitor environmental conditions, connected to FarmCloud™ software for real-time data tracking and market access. This technology enables farmers in Africa to increase crop yields by 40%, reduce input costs by 60%, and mitigate climate risks, enhancing their productivity and profitability.

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.

Agrilift provides a precision farming platform that builds a digital twin of each field using real-time sensor data and satellite imagery. Its AI-driven analytics deliver actionable recommendations for irrigation, fertilization, and pest management through the Farmlink dashboard, integrating with existing farm equipment to help growers optimize inputs and boost yields.

Irrigreen offers a cloud‑connected sprinkler system that replaces traditional mechanical zones with digital heads capable of delivering 16 ultra‑precise streams per head. The platform lets users map custom irrigation zones in a mobile app, automatically adjusts watering based on real‑time weather and soil data, and supports smart‑home integration, reducing water consumption by up to 50 % and simplifying installation.

ELZIAN AGRO delivers smart agronomy solutions that enable large‑scale farmers to monitor field conditions and automate operations using IoT sensors, drones, and farm‑mapping tools. Their platform provides real‑time data for precision irrigation, fertilizing, and robot harvesting, helping growers increase yields, improve crop quality, and reduce water, energy, and pesticide use. A portable IoT device prototype has been field‑tested in Sri Lanka, demonstrating accurate, easy‑to‑use measurements for farmers.

Sowit provides an IoT‑enabled farm management platform that streams real‑time soil moisture, weather, flow and water‑level data to a cloud analytics engine. The system delivers alerts, irrigation recommendations and resource‑use insights via mobile and web dashboards, helping commercial growers optimize water use and boost yields.

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.

Osiris Agriculture develops an autonomous robot designed to optimize irrigation, fertilization, and crop protection for industrial crops like potatoes and vegetables. This technology allows farmers to achieve higher yields while reducing water consumption and operational labor. The system supports farmers in their agroecological transition by precisely managing inputs and securing production against climate variability.

Seabex provides precision agriculture solutions utilizing AI and satellite technology to optimize irrigation and resource management for farmers. Their sensor-free platform delivers real-time monitoring and predictive analytics to maximize crop yields while significantly reducing water consumption. The service offers tailored agronomic advice and zoning maps to enhance operational efficiency and sustainability across various crop types.

ONDO provides an automation solution for irrigation, fertigation, and climate control in agriculture, utilizing real-time sensor data to optimize resource usage. By reducing water and fertilizer consumption by 30% and increasing crop yields by 20%, ONDO enhances the sustainability and profitability of small to medium-sized farms.

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.

Spowdi manufactures a solar-powered drip irrigation system that enables small-hold farmers to optimize water usage by delivering water directly to plants, resulting in up to 80% water savings. This technology increases crop yields while reducing operating costs, helping farmers transition away from fossil fuel dependency.

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.

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.

UpTerra provides a subscription-based system that enhances farm productivity by transforming irrigation water into structured, energetically imprinted water, which improves soil and animal health. The technology reduces input costs and pest populations while offering customizable digital crop inputs and soil amendments for various agricultural practices.

FloraPulse develops microchip tensiometers that measure the water potential directly within the woody tissue of plants, providing accurate daily readings and science-backed irrigation recommendations. This technology enables vineyards to optimize water usage, enhance crop yield, and improve the quality of red wine.

Smart Green provides precision agriculture solutions through smart irrigation and fertigation systems that optimize water and nutrient delivery based on real-time data. By enabling remote farm management, the technology reduces water consumption by up to 70% in closed systems and 30% in open fields, addressing inefficiencies in resource use.

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.

Aperture provides daily, acre‑scale soil moisture maps using low‑frequency L‑band radar on dedicated satellites, calibrated with a network of ground sensors. The data are delivered via a web dashboard, mobile apps, and API, enabling precision irrigation for growers and large‑scale water‑resource monitoring for government and sustainability agencies.

Pinpoint Irrigation provides precision irrigation systems that use variable spray distance technology to print water exactly to turf edges, eliminating waste and reducing trenching costs.

GreenAnt provides a precision agriculture platform that uses IoT sensors and AI analytics to optimize irrigation and nutrient application. Its system delivers actionable insights for farmers to increase crop yields and reduce resource consumption.

The startup develops a smart irrigation system featuring pivot sprinkler head technology that integrates with existing pivot systems to optimize water distribution. This technology enables farmers to decrease water, herbicide, and pesticide usage, thereby enhancing crop yields while promoting sustainable agricultural practices.

YakuSmart offers a subscription‑based platform that continuously monitors crops using IoT soil sensors, satellite NDVI imagery, local weather stations, and AI analysis. The system automatically processes these data streams to deliver actionable, real‑time recommendations for irrigation and fertilization, helping growers reduce water use by up to 30% and improve yields from day one, all with zero upfront capital investment.

The startup develops a flow measuring device for agricultural spray nozzles that enables farmers to assess nozzle performance and optimize product application. This technology enhances the efficiency of agricultural inputs, promoting sustainable farming practices and increasing crop yields.

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.

Agriminga offers integrated AgriTech solutions for soilless cultivation, including hydroponics, aeroponics, and aquaponics. Their smart digital platforms provide precise irrigation and fertigation control, optimizing resource allocation and enhancing crop health for agricultural producers.

The startup operates a data coherence hub that integrates satellite, weather, and telemetry data into a unified stream for irrigation advisors. This system enables agriculture professionals to provide precise water recommendations, optimizing irrigation practices and improving water resource management for farmers.

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.

This startup transforms center-pivot irrigation systems into autonomous farming robots, utilizing advanced automation and sensor technology to enhance operational efficiency. By automating irrigation tasks, the solution reduces labor costs and optimizes water usage, addressing the challenges of labor shortages and resource management in agriculture.

Raizul provides a digital platform for farmers to optimize crop yields and profitability through smart irrigation, crop monitoring, and soil analysis. The platform delivers data-driven insights and guidance to improve resource efficiency and achieve greater agricultural sustainability.

SpaceCrop utilizes satellite data and artificial intelligence to optimize irrigation management and enhance crop resilience for farmers. By providing precise soil moisture insights and 14-day weather forecasts, the platform enables data-driven resource planning, reducing water usage and improving crop health.

Gatisheel Agritech offers a mobile-based irrigation platform that utilizes IoT technology to enable remote management of irrigation systems, allowing farmers to optimize water usage and reduce operational costs by over 50%. By providing real-time data insights and smart recommendations, the platform enhances productivity and resource efficiency for large-scale farmers in India.

This company offers a smart sprinkler control system that automatically adjusts watering schedules based on weather forecasts, soil conditions, and plant types. By optimizing water usage, the system helps users conserve water and reduce their utility bills.

Growficient provides a sensor platform that delivers detailed insight into the root environment for growers. This system supports the monitoring and optimization of irrigation strategies using wireless substrate sensors and a central receiver. The resulting data, visualized on the Growboard dashboard, enables higher yields with reduced consumption of water, fertilizer, and labor.

KARL provides a satellite-based irrigation management framework that integrates with irrigation machinery and software platforms to deliver precise, data-driven water application maps. This technology enhances crop yields and optimizes water usage by utilizing localized evapotranspiration data for targeted irrigation practices.

Yiieldy delivers precision agriculture and AI-driven farming solutions that help growers optimize field performance and increase crop yields. By integrating satellite imagery, sensor data, and machine‑learning analytics, the platform provides actionable insights on irrigation, fertilization, and pest management, enabling farmers to make data‑backed decisions across the entire production cycle. The service is tailored for commercial growers seeking measurable improvements in productivity and resource efficiency.

GramworkX is an IoT and AI-enabled smart farm resource management tool that provides farmers with real-time micro-climatic data, weather insights, and future irrigation planning. This technology enables farmers to make informed decisions, enhancing crop management and optimizing resource use.