Smarter sampling
Generate soil sampling points using AI to reduce the number of samples required by traditional approaches.
Unlock new value from improved farming practices. Connect field measurement and AI-powered sampling to the development of agriculture-based carbon projects.
Explore your agriculture project
Soil carbon intelligenceGenerate soil sampling points using AI to reduce the number of samples required by traditional approaches.
Measure soil carbon directly in the field with a portable device, reducing reliance on lengthy laboratory workflows.
Bring measurement results into the reports required for carbon project development under a selected methodology.
Five steps bring sampling, soil measurement,
and carbon evidence together.
AI-powered algorithms identify soil sampling locations to reduce the sampling burden.
A mobile app guides field teams to the specified sampling points.
A portable device measures soil organic carbon directly in the field.
Measure crop-related greenhouse gas emissions as part of the project assessment.
Create verifiable carbon performance reports using the selected methodology.
Find an approach that fits
your field workflow.
| Approach | Conventional | Spectral-based | BlockCarbon |
|---|---|---|---|
| Measurement | Physical sampling and laboratory analysis | Light reflectance used to estimate carbon | Portable, in-situ soil carbon measurement |
| Sampling | Traditional sampling plans | Method-dependent field sampling | AI-generated sampling locations |
| Workflow | Collect, transport, test, and report | Capture spectra, calibrate, and estimate | Navigate, measure, assess, and report |
| Reporting | Separate documentation workflow | Depends on the selected tool | Automated report generation |
Measurement performance depends on field conditions, equipment, calibration, and the selected methodology. Talk with us about the requirements of your project.
Start with a conversation about your project.