BUSINESS

LaonFarm-Strawberry

LAON PEOPLE's smart farm (strawberry) solution accurately measures the growth stages of strawberries through AI-based image analysis and predicts the expected harvest time and quantity.
It also predicts insect pests and diseases to take appropriate countermeasures early on, thereby maximizing farmers' profits.

Why LAON PEOPLE?
LAON PEOPLE provides a solution for precise observation of strawberries based on the optical technologies accumulated in the industrial market, the manufacturing technology of inspection equipment, and the development of AI software for inspection. We also provide our clients with house control technology based on big data and AI technology, which takes into account the strawberry growth stage and surrounding environment (solar energy, temperature, etc.) to make it possible to form an optimal cultivation environment.
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LaonFarm-Strawberry Information

Introduction of Products​

 

It is a solution that applies vision recognition technology based on AI to smart farm field. The product closely monitors the entire process of strawberry growth, analyzes various sensor data with Big Data and AI technology, and provides optimal growth environment through house (facility) control. In addition, this allows you to predict forecast shipments and shipments as well as bottlenecks during close observation. This aims to increase production by more than 30% compared to before the introduction of smart farms and maximizes the ROI of farmers.

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Composition


·​ Sensor Node : checking plants' growing environment and outside weather 

·​ Controller Node : managing greenhouse

·​ Smart Link : Connecting outside the internet,  controlling integrated Internal ICT device

·​ Smart Vision device :  sending greenhouse's internal /outside situation​

 

 

 

Feature​

 

· Acquire strawberry growth information based on AI-based vision technology (leaf area/color, inner leaf length/color, number of flowers, number of strawberry fruits/size/color, etc.)
·​ Acquire information on strawberry cultivation based on AI-based vision technology (degree of forming dew)​
·​ Collect environmental information through sensors such as temperature/humidity/carbon dioxide​
·​ Recommend the house control for optimal growth environment based on growth information and environment information​

·​ Forecast the expected time and volume of shipments through precise growth monitoring​

 

 

Applicable Area​

 

· Recommendation of control for optimal growth environment control based on crop growth observation and growth environment information on the facility farm
· Expansion and application to livestock breeding and livestock farming in smart livestock areas and environment control in livestock breeding

 

 


 

                                                       < Example of counting strawberry quantities and color change >

 


          < Measuring Flowers' QTY​ >

 

 

 

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