IoTree®
Smart Sensor Solutions
to protect trees
A unique sensing technology that detects pests in trees before they cause damage
The Challenge:
Tree borer presents a major challenge in trees, as visible signs and symptoms of attacks only appear when the tree is already damaged and can no longer be saved.
Red Palm Weevil
African palm-weevil
South American Palm Weevil
Coconut Rhinoceros Beetle
Mango Stem Borer
Oryctes elegans
Red-Necked Longhorn Beetle
The Solution:
Agrinet’s innovative sensing technology provides early detection and alerts the presence of a tree borer using intelligent seismic sensors within trees, allowing the tree to be protected from any damage, while saving the yield, increasing the efficiency of pesticide management, and eliminating costly replacement of dead trees.
Mendel et al 2023 Sensor‐based management of RPW Download a PDF >
Let your friends know:
Suitable for the Following Tree Species:
1
Detect:
Each tree is equipped with a durable and energy-saving sensor. Advanced technology allows the sensor to detect larval activity. The sensor is very sensitive to the slightest movement of the larvae, even in the early stages of their development. At the same time, it's sophisticated enough to filter out anything that could lead to a false alarm. Our sensor provides early detection of weevil activity, regardless of the size of the tree or larvae.
2
Analysis:
The data is analyzed and processed by a sensor, through a gateway to the cloud. Reporting, where big data analysis is performed. This step ensures that alerts are always one step ahead of the pest behavioral patterns.
3
Alert:
End users receive real-time data directly to their applications: computer, mobile device or tablet. The easy-to-navigate application gives instant access to critical information that can identify the affected tree and save it from destruction.
IoTree® - BLE TMesh
Provides a fast, efficient, and low-power connection between the sensors and the gateway.
The portal transmits information directly to the end user's application.
Online Plantation Management Based on Sensors to Save Trees
- Global and local data analysis, cloud-based servers and web-based software applications
- All information is available on an easy-to-use application
- End-users receive alerts… anytime, anywhere
Protected Trees
Agrinet solution protects the following trees:
Date Palm
Red Palm Weevil
Ornamental Palms
Red Palm Weevil
Oil Palm
Red Palm Weevil
Coconut Palm
Red Palm Weevil
Mango Tree
Mango Stem Borer
Fig
Mango Stem Borer
Cherry
Red-Necked Longhorn Beetle
Avocado Tree
Mango Stem Borer
Farmers all over the world
have already chosen Agrint:
Paul, France, 06/2021
Bioassays – France strives to integrate technological and environmental values in the industry.
Our company services several municipalities: Mandelieu, Cannes and others, we believe it is our duty to ensure that our customers have more than an environmental solution, they must have a solution that will prevent the loss of lives and property, caused by the collapse of trees. This enabled by the IoTree®️, by sending advanced alerts for infection in trees, allowing for preventative actions
Itamar, Moshav Idan, Israel, 4/2021
“At our orchard, we don’t use pesticides as a preventative measure. In 2020, we discovered and treated infestations on 18% of our trees. In 2021 (thus far), we have identified and treated infestations of 3% of our trees. In essence, this means that I am able to focus pesticide treatment on infested trees alone.”
Faraj, Libya, 6/2021
“In order to protect my palm trees from RPW and find out that there is an efficient and cost-effective way to fight it, I installed an IoTree in my plantation”
Marta, LEDYSPA, SPAIN, 07/2021
"The sensors were installed at the In Public area, an infestation was detected in 2% of the trees and we can now treat only the infected individuals. This has a significant impact on both the volume of work required and its costs- Especially when it comes to public funds."
Ronen, Reshafim, Israel, 12/2020
“Thanks to the sensors, we received notifications about infestations of 13 trees. We adapted our treatment protocol until new reports indicated that all of our trees were clean. Our treatment plan transitioned into one that is focused, effective, and economical.”
