Pain points
Insect abundance

An increase in the number of pests can cause difficulties in their effective management

Infected plants

Pests inflict significant damage on crops and affect overall health

Performance and quality decline

Pest damage leads to a decrease in fruit quality and affects market value

INSECTS
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Potato moth

It weakens potatoes and vegetable crops and hinders their growth

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Plum fruit eater

The larvae enter the fruits and cause them to fall early

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Comstock worm

A pest that sucks the juices of fruit plants and slows down their growth

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Cherry fly

The pest's larvae decompose cherry fruits and cause their death

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Apple moth

Their larvae make silky webs and eat and weaken the leaves of apple trees

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Silkworm

Insect larvae eat large quantities of silk fruits and leaves of other plants and weaken them

DEVICE PARTS
Trap Corps

Physical structure designed for catching and holding pheromone bait, chamber, and insects

pheromone bait

A chemical agent that simulates the smell of female insects to attract male insects into traps

Microcontroller

Camera functions, image processing, and cloud platform communication control unit

accumulator

Rechargeable battery storing energy from solar panels

Wide-angle mini cameras

Device that continuously uploads high-quality images to the cloud platform

GSM modem

A device for establishing communication and transmitting data

How does it work?

The pheromone trap uses wide-angle mini-cameras to continuously upload high-quality images onto a cloud platform. These images are analyzed using artificial intelligence, and pests are automatically detected. The pheromone trap operates on a fully autonomous system, powered by solar energy. Communication is carried out through a GSM-mode.

Software solution

  • Insect species and stages of development

  • Automatic insect hazard assessment

  • View in tabular and graphical form

  • Disease days, air and soil temperature

Device classification

High-quality pheromone grip with wide-angle mini cameras continuously uploads images to the cloud platform. These images with the help of artificial intelligence, and the pests in it are automatically is determined. The pheromone holder operates in a fully autonomous system powered by solar energy. And communication This is done using a GSM modem.