Terracuity was founded in 2015 by two keen entrepreneurs, friends from the town of Omer, Israel, on the tip of the Negev desert. Growing up in the desert, both founders learned to appreciate the scarcity of natural resources, such as water and arable land, and the challenges of sustainable agricultural crop yields. They graduated agricultural schools and universities earning PhDs in Engineering and Environmental Studies. With this background of life experience and education they founded Terracuity aiming at revolutionizing agriculture technology for the better of society and its environment.

Up to x10 increase
in lateral
drip-line lengths


Uniform clog-free
irrigation
Variable irrigation
per plant
Headquarters-
Terracuity Technologies Ltd.
13 Golan st., P.O.B 1269
kokhav-Yair 4486400, Israel
About
Our Team
Contact
System cost reduction
of up to 50%
Flexibility in system
layout design
Growth management
per plant




Nimrod Ari, Co-founder
PhD in Interdisciplinary Electrical-Materials-Mechanical Engineering from Tel-Aviv University and graduate of the PhD program in Environmental Studies, the Porter School, Tel-Aviv University. Led research and development in innovative startups and global hi-tech companies. Proven record in Innovation and conceptualization. Author of scientific papers and patents.
Gill Tsouri, Co-founder
PhD in Electrical & Computer Engineering from Ben-Gurion University. Held Research and Development positions in several startups and more recently a Professor in upstate NY. Led applied research projects funded by Google, General Motors, Xerox, Welch-Allyn and more. Author of 50 scientific papers and patents.


Terracuity’s advisory board is comprised of leading experts from Israel's world-renowned irrigation industry who strongly believe Terracuity’s technology is the future of drip irrigation.

Branch-
Terracuity Technologies Ltd.
18 Hagefen st.
Omer 8496500, Israel
Advisory board

Terracuity's solutions deliver precise on-demand irrigation across topographic and time varying field conditions while dramatically cutting system and input costs.


