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Soil to Sky Technology
Country-level scale. Field-level accuracy.
Assess. Monitor. Measure.
Our farm-level insights guarantee project integrity, end-to-end transparency, and high-quality carbon credits based on methane reduction. Through our fully integrated platform, we assess, monitor, and measure methane reductions at country-level scale with field-level accuracy.
Assess project area
Using satellite imagery and AI, we perform large-scale, granular analysis of historical farming practices and key environmental factors from soil composition to water availability. This lets us accurately evaluate local potential for methane mitigation and ensure optimal project location.
Monitor practice adoption
In near real time, we monitor the adoption of climate-smart practices for each field. This allows us to support farmers in their implementation effectively and at scale. For buyers and investors, our robust tech stack translates into full transparency on emission reduction outcomes.
Measure real impact
In adherence to Tier 3 methodology - the highest level of scientific rigor - we measure methane, nitrous oxide, and carbon fluxes through in-field data collection and gas chromatographs. We also develop pioneering biochemical models to measure and forecast GHG emissions, water, and yield across a diversity of soil types.
Enabled by world-leading science partners
Built-for-purpose technology
Led by world-class experts, our science team has pioneered a
first-of-its-kind dMRV, tailored specifically to rice farming projects.
Satellite imagery
We use Synthetic Apperture Radar (SAR) satellite imagery at high resolution across a range of bands. Our AI models have been calibrated specifically for rice and trained to extract key insights from this satellite data, in near real time.
Biochemical models
We quantify environmental outcomes (GHG emissions, water, yield) through our biogeochemical models. Our models are calibrated in each project region by combining independent data and physical retrievals, such as field data, in-situ methane measurements, flow meters, and other tools.
Lab measurements
All outcomes are validated against in-situ methane measurements using flux towers, field chambers, and gas chromatograph analysis.
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