Hunter NODE vs AWN CropAI

NODE-BT is a Bluetooth®-enabled, app-configured irrigation controller from Hunter Industries that lets you automatically irrigate any plant material lacking AC power and not having to open the valve box! NODE-BT is quick to install, and swift to program and operate. The app provides convenient features originally on NODE, now with new enhancements all accessed from a smartphone. This means no more crossing traffic to get to roadway medians, searching for controllers in overgrown bushes, and opening dirty and potentially dangerous valve boxes. This app allows you to: • Remotely manage unlimited NODE-BT controllers up to 50' (15 m) away • Manually start, stop, or suspend irrigation for up to 99 days • Configure watering schedules with 3 programs and 8 start times each • Activate rain or soil moisture sensors, and set monthly seasonal adjust • See controller status, total watering and next start times, watering calendar, and irrigation logs • View battery health and signal status • Set battery change reminders every 3, 6, 9, or 12 months • Pin controllers on a map for faster locating • Copy and paste schedules from controller to controller for faster setup • View and edit irrigation schedules offline • View controller event logs and share with other members • Assign images and rename stations and controllers • Add a passcode to each controller for additional security The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG Inc. and any use of such marks by Hunter Industries is under license.

AWN CropAI is a tool designed to help growers assess fruit surface temperature, monitor canopy temperature and stress, evaluate potential sunburn risk, and analyze fruit color using thermal IR cameras. Currently, the app supports apples and grapes. Key Features: 1. Fruit Surface Temperature (FST) Forecast: Receive accurate weather guided FST forecasts based on user location data. 2. Thermal IR-RGB Camera Integration: Seamlessly connect with wireless and USB thermal cameras (e.g., FLIR) to capture images. 3. FST Calculation, Canopy Stress Monitoring, and Sunburn Risk Assessment: Automatically detect supported fruits and canopy regions in captured images to calculate FST, monitor canopy stress, and assess sunburn risk. 4. Fruit Color Analysis: Analyze the proportions of red, green, and yellow colors in the detected fruits from the captured images.