Soil Scout is a manufacturer of advanced buried wireless soil sensors and monitoring solutions specifically designed for the agriculture, golf, and sports turf maintenance industries. Their patented antenna technology allows for real-time transmission of soil moisture, temperature, and EC/salinity data from depths of up to 2 meters, providing critical insights that are not possible with traditional wired solutions. By enabling continuous monitoring, Soil Scout helps customers reduce irrigation water and energy usage by up to 50%, while improving crop production and maintaining high-quality turf for sports fields and golf courses. Their technology is utilized by several prominent venues, including Wembley Stadium and the Philadelphia Phillies, to optimize maintenance costs and ensure a uniform and safe playing surface.

SoilSense is a manufacturer and service provider specializing in agricultural technology (AgTech) solutions. The company offers an intelligent decision support system for irrigation, utilizing scientifically proven digital soil moisture sensors. SoilSense's products and services focus on sustainable farming practices, enabling growers to save water, optimize yields, and mitigate the risk of crop loss through innovative hardware and software technologies.

EarthOptics is an AgTech company specializing in soil data measurement and mapping. They develop advanced sensors and algorithms to characterize soil properties at scale, providing comprehensive insights with significantly fewer samples and lower costs compared to conventional testing methods. EarthOptics aims to deliver value to farmers by enabling more sustainable soil management practices, ultimately contributing to increased agricultural productivity and soil health. The company is focused on building a global soil cloud to offer valuable data and insights for better decision-making in agriculture. EarthOptics operates as a manufacturer and service provider within the information technology and services sector.

StyX Neutronica is a manufacturer specializing in innovative soil moisture sensors designed for sustainable agricultural practices. Their products include highly sensitive neutron sensors that accurately measure environmental water content, enabling efficient irrigation management. The company offers mid-size systems that provide a balance between installation size, time resolution, and budget, as well as large sensor installation kits optimized for challenging environments. StyX Neutronica combines IoT-enabled hardware with interoperable software to create powerful monitoring tools at the intersection of nuclear and particle physics and environmental sciences.

AirScout is a precision agriculture technology company that utilizes advanced thermal and aerial imagery to enhance crop management for farmers. Founded in 2010 by Brian Sutton, a seasoned farmer and pilot, AirScout offers innovative services that create precision prescription zones and strategic scouting plans. Their flagship product, AirScripts, provides actionable insights and prescriptions, allowing producers to transition from reactive to proactive crop management. With a strong emphasis on maximizing returns through precision farming techniques, AirScout represents a significant advancement in the agricultural sector, supporting smart farming and ag tech initiatives. The company operates as a service provider in the agriculture industry.

BioSensor Solutions Inc. is a manufacturer focused on providing innovative sensor systems designed for the regenerative agriculture sector. The company specializes in developing cost-effective and high-performance soil sensors using a unique reel-to-reel printing process with particle-polymer inks on flexible plastic sheets. These biodegradable, 2-D printed sensors enable real-time monitoring of soil health and microbial activity, helping farmers adopt sustainable practices while optimizing productivity. By integrating advanced technology into agriculture, BioSensor Solutions aims to redefine resource management and contribute to environmental sustainability.