AgWaterAI
AI that knows when to water
About
This app provides California growers with AI-powered insights into farm water management. It analyzes soil sensor data, metered flow, and AI models to identify urgent watering needs and track water allocation. Features include offline capabilities and tools for field teams.
What's New in AgWaterAI
1.4.1
October 5, 2026
See each block's pressure chamber reading history, the latest reading, and whether it sits on track or past the stress line. Home sums up the farm: which blocks are on track, on watch, or past the line, with every block one tap away. Field crews see the same reading history on each block in the Block Board.
MoreFAQ
Does AgWaterAI have ads?
No, AgWaterAI is ad-free. The app is a free companion for existing AgWaterAI business customers and does not contain advertisements.
What is the pricing for AgWaterAI?
AgWaterAI is completely free to download and use. It is provided as a companion app for existing AgWaterAI business customers and does not sell anything or have in-app purchases.
What devices is AgWaterAI compatible with?
AgWaterAI is currently available for iPhone devices. Support for other platforms may be added in future updates.
How often is AgWaterAI updated?
The latest version of AgWaterAI is 1.3.5, last updated on September 6, 2026. Updates typically include improvements to data analysis, new features, and bug fixes.
Can AgWaterAI be used offline?
Yes, AgWaterAI works offline. Readings and photos are saved on your phone and automatically upload when a signal returns, ensuring continuous data capture.
What kind of data does AgWaterAI use?
AgWaterAI uses live soil sensor data, metered flow information, and AI models. It also allows users to scan pressure-bomb dials to record values.
Is AgWaterAI suitable for users under 18?
AgWaterAI has an age rating of 4+, making it appropriate for users of all ages. Its primary audience is agricultural professionals.
What specific insights does AgWaterAI provide for growers?
AgWaterAI identifies the most urgent watering blocks, tracks water year allocation against metered use, and shows crop stress, cold-soil root activity, salinity trends, and allocation burn.
