Technology
To all developers
To everyone who is thinking
about creating credit
Starting with domestic and international rice cultivation projects carried out by our company, we will develop a monitoring system that can capture project implementation status. By realizing this development, we will promote efforts to improve the quality of carbon credits, and work to realize a scheme where carbon credits can be purchased with greater peace of mind and satisfaction.
dMRV for Rice AWD
Lynx is a digital MRV platform powered by satellite remote sensing that supplements or replaces manual farmer diaries to track AWD drainage events in rice fields. The use of satellite data allows Lynx to prove additionality at the individual rice paddy level, as well as trace the precise source of avoided emissions. Further, utilizing scalable satellite technology, Lynx expands carbon market access for smallholder farmers. The platform ensures objective confirmation of irrigation techniques, such as AWD, and simplifies compliance with carbon market standards such as Verra VM0253.
Rice Insetting
Lynx for Insetting provides full traceability for decarbonized rice as well as the avoided emissions, allowing commercial rice buyers to reduce their Scope 3 emissions. Our system provides farmers with the data needed to increase the ex-farm sale price of sustainable rice, helping to drive the adoption of low-carbon farming techniques, and fostering environmental stewardship across the supply chain.
Satellite Remote Sensing Services for Agriculture
Our satellite remote sensing services offer objective data to farmers with high temporal frequency (in many cases, near daily). Below are some of the key areas we can support:Crop IdentificationYield ForecastingIrrigation practicesSoil MoistureField Boundary Detection
System
Development
We provide high quality services backed by our abundant experience and human resources.
Implemented the construction of an IT system to manage the following data
Identifying rice paddies
Public and private satellite data acquisition
Identifying water levels in rice paddies
A. Identification using satellites (wavelengths)
B. Identification using SAR data
C. Identification using a water level sensorAcquisition and management of the above data on a year-round basis
A patent has been obtained for technology to measure the water level in pits (patent application 2023-186182). We will continue to diligently develop and apply for other related technologies.
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