InTree intelligence monitoring & data analysis system for global high value crops, providing direct, precise and quality data, helping to both maximize growers’ returns with water use efficiency, quantity and quality output optimization and hazard early identification, as well as address global climate and pollution hazards, including water scarcity, nature ecologic balance, desertification and more.


Our Representatives

Anat Halgoa Solomon

CEO & Co-Founder, Saturas

CEO & Co-Founder

Saturas

Trees & Water are the Heart of Agriculture and Climate Challenges. 3 trillion trees and 53 million fruit trees play a significant role in global food security and nutrition, air cleaning, global heating effects, CO2 emissions and more.

Saturas mission is to become the central InTree intelligence monitoring & data analysis system for global trees and high value crops, providing direct, precise and quality data, helping to both maximize growers’ returns with water use efficiency, quantity and quality output optimization and hazard early identification, as well as address global climate and pollution hazards, including water scarcity, nature ecologic balance, desertification and more.

Saturas network across multiple crops, terrains, locations and wild forestry will generate and accumulate knowledge for the benefit of the entire eco systems, including growers and food supply chain, water supply chain, environment agencies, governments and more.

Saturas is the first company to develop InTree water intelligence system based on water monitoring from within the plant.

Our patented technology, the InTree Monitor, is the first commercially cost-effective technology to directly measure, the physiological best indicator for water status, Stem Water Potential (SWP).

With miniature innovative sensor, embedded into the tree’s trunk and connected directly to the vascular tissue, Saturas provide on line continues data on what the tree really feels and allow irrigation decisions to become accurate and scientific. Tailored irrigation based on the crop’s real-time water needs, results in efficient water use, increased yields, and income.