Agriculture / Smart Farming
â– Precision Farming/Agriculture (Smart Farming): IoT sensors for soil moisture, nutrients, pH levels, and weather stations to make data-driven decisions on crop management.
🔗 Official Websites
Sentek https://sentektechnologies.com/Sentek IoT soil analysis systems use multi-sensor probes to measure soil moisture, temperature, and salinity at various depths, utilizing electrical capacitance to detect changes in water content. These probes, such as the Drill & Drop, gather data through, or directly in, the soil profile, transmitting it via cellular or Bluetooth to the IrriMAX Live cloud for real-time visualization and irrigation management.
â– Smart Irrigation & Water Management: Automated systems (like eFishery) that use soil data to turn irrigation pumps on/off, reducing water waste.
â– Livestock Monitoring (Smart Farming): Sensors tracking livestock health, location, and behavior (e.g., smart neck collars for cows).
🔗 Official Websites
BiSentry https://www.binsentry.com/Real-time remote monitoring of feed levels inside silos and bins. Eliminates manual climbing, prevents outages, and optimizes supply chains using ML-powered volume analytics. Solar-powered time-of-flight sensors with 99% accuracy measure feed volume in 3D. Integrates with AI to automate ordering and reduce waste. Used by Cargill, Wayne-Sanderson Farms, and Hanor.
â– Agricultural Robotics and Automation: Autonomous robots (weed-control robots), autonomous tractors, and drones for seeding or spraying.
🔗 Official Websites
Carbon Robotics https://carbonrobotics.com/Computer Vision + AI + Sustainable Farming: Creator of the LaserWeeder™ — uses 30 high-resolution cameras and deep learning to target and vaporize weeds with CO₂ lasers. Processes thousands of weeds per minute across 20+ crops. Deployed with farms across US & EU. Autonomous weeding, precision harvesting, and AI-driven field robots transforming modern agriculture. Autonomous robots identify and remove weeds using high-precision lasers or micro-sprayers, reducing herbicide use by 90%+ while protecting crop yields.
â– Drone/Aerial Imagery (Remote Sensing): Drones equipped with sensors and cameras (e.g., BeatDrone) to analyze crop health, identify pest infestations, and map fields.
🔗 Official Websites
MicaSense/EagleNXT https://micasense.com/Multispectral Crop Health. NDVI + Red-Edge + Thermal Sensors. Multispectral sensors, LiDAR, and AI-powered analytics for crop health, irrigation, and yield optimization. Drones equipped with multispectral cameras capture plant stress, nutrient deficiencies, and disease before visible symptoms appear — enabling variable-rate prescriptions.Industry-standard RedEdge and Altum multispectral sensors. Captures 5+ spectral bands including red-edge and thermal. Used by researchers and ag service providers worldwide for NDVI, NDRE, and canopy cover analytics.
â– Greenhouse Automation: Greenhouse Automation | Smart Climate & Crop Management. Intelligent monitoring of environmental conditions (humidity, temperature, , light) to manage shading, irrigation, or ventilation.
🔗 Official Websites
Priva https://www.priva.com/Global leader in greenhouse climate computers and process automation. Priva's Connext platform integrates sensors, actuators, and cloud-based crop management. Used by thousands of commercial greenhouses worldwide for energy-efficient climate control. Smart Climate Control. IoT Sensors + Actuators + Cloud Optimization. Automated management of temperature, humidity, COâ‚‚, light, and ventilation. Uses predictive algorithms to reduce energy costs while optimizing plant growth.
â– Supply Chain/Storage Monitoring: IoT trackers that monitor temperature and condition of produce in storage or transit to reduce spoilage.
🔗 Official Websites
Tive https://www.tive.com/Agricultural Supply Chain IoT. End-to-end visibility — cold chain monitoring, grain telematics, blockchain traceability, and predictive logistics. Real‑time Temp/Humidity + Shock + Location. IoT sensors monitor temperature, humidity, and vibration across refrigerated trucks, warehouses, and ripening rooms. Reduce spoilage by 30-50% with live alerts. Solo 5G trackers with real‑time temperature, light, shock, and location. Used by Dole, Chiquita, and Sysco for fresh produce. Cloud dashboard triggers alerts if cold chain deviates, enabling rapid intervention.
