Measure it. Prove it. Finance it.
We combine satellite imagery and targeted ground checks to measure soil carbon and land health on smallholder farms, for less than 2% of what traditional methods cost. Proven first in carbon, built for more.
High‑resolution, defensible data on soil, water, and land‑use has been out of reach for smallholder geographies. That blocks proof, policy, finance, and payment, for carbon and beyond.
What conventional field‑based costs. Physical audits and consultant‑led sampling price out programs that need thousands of farms.
How long baseline‑to‑decision cycles take. Adoption and policy response collapse when evidence arrives this late.
What happens to claims without defensible attribution. Buyers, regulators, and funds increasingly reject correlation dressed up as proof.
Measurement, attribution, and intelligence, unified into one system built for tropical smallholder geographies.
We combine satellite imagery with select ground visits, and we're upfront about the uncertainty in every number we produce.
Carbon levels move with weather and soil, not only with farming practice. Attribution shows what the farming itself achieved.
The same results work for project developers, governments, and funds: one system, several uses.
Carbon is where we're earning revenue today. The same system is built to measure water and biodiversity next.
Measurement good enough to issue and sell carbon credits.
Data for governments and regional bodies on climate, water, and land-use planning.
The same system applied to payments for water conservation.
One system that measures soil, water, and biodiversity together.
Phase 1 ran on public satellite data in under six weeks, as the first real deployment of the platform. The same pipeline deploys to any tropical agricultural county in 4–6 weeks.
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| Sub-county | tCO₂e | Zone A | Action |
|---|---|---|---|
| Kangema | 9.1M | 47.5% | Invest |
| Kigumo | 7.2M | 41.3% | Invest |
| Gatanga | 7.3M | 28.6% | Invest |
| Kandara | 4.0M | 11.4% | Monitor |
| Mathioya | 5.7M | 8.5% | Monitor |
| Kiharu | 5.4M | 5.0% | Monitor |
| Maragwa | 4.4M | 2.4% | Monitor |
Phase 1 is a baseline built from public satellite data. The 43.2M tCO₂e figure carries a 90% confidence range of 20.4M to 66.0M tCO₂e (±32%). Phase 2 ground sampling is planned to narrow this to roughly ±10–15%. Measured stock is not the same as issuable credits: those also depend on project design, ongoing monitoring, and independent verification.
GreenScope Innovations is in active engagement with project developers, government bodies, and continental institutions across the region.
Lower cost, faster baselines, and results designed to align with registry standards.
Jump to detailsCounty land-use mapping and decision-ready data for climate planning and national targets.
Jump to detailsClear evidence, with uncertainty stated up front, to support investment decisions.
Jump to detailsWe work with actors who need defensible agroecological measurement, starting with carbon and extending to water and land‑use.
Get measurement done for a fraction of the usual cost, in a format that fits your verification process.
County and national data for climate, water, and land-use planning and reporting. Decision-ready, not just dashboard-ready.
Evidence to support investment decisions across carbon and ecosystem-service programs, with uncertainty stated up front.
Results designed to align with BCR AFOLU, Verra , and standards.
A short walkthrough of the platform and the Murang'a deployment.
Developers, governments, funds, and standards bodies are all welcome. Not sure where you fit? Just tell us what you're working on.
