Measure it. Prove it. Finance it.

First deployment · Murang'a County, Kenya

Making Africa's farmland measurable, provable, and fundable.

GreenScope Innovations combines satellite data with targeted ground checks to measure soil, water, and land use at farm and landscape scale. We're proving it first in soil-carbon measurement for smallholder farms.

Credible carbon measurement, built for smallholder scale: about $0.30 per tonne CO₂e measured, versus $20–50 for conventional MRV. Deploys in 4–6 weeks.

See the Murang'a deployment Talk to us

Different entry points for developers, governments, and funds. Scroll to find yours.

First deployment · Murang'a · 92,329 ha

Built on evidence

Satellite imagery plus targeted ground checks Designed to align with BCR AFOLU · Verra VM0042 · Article 6 Uncertainty stated on every number Deploys to any tropical county in 4–6 weeks

The Problem We Solve

Why credible measurement has been missing at scale.

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.

$20–50/t

Too expensive

What conventional field-based MRV costs. Physical audits and consultant-led sampling price out programs that need thousands of farms.

6–18 mo

Too slow

How long baseline-to-decision cycles take. Adoption and policy response collapse when evidence arrives this late.

Not bankable

No defensible proof

What happens to claims without defensible attribution. Buyers, regulators, and funds increasingly reject correlation dressed up as proof.

The Platform

A verification stack in three layers.

Measurement, attribution, and intelligence, unified into one system built for tropical smallholder geographies.

Measurement

Satellites plus ground checks

We combine satellite imagery with select ground visits, and we're upfront about the uncertainty in every number we produce.

Satellite imageryTargeted ground checksUncertainty stated

Attribution

What's really working

We separate what better farming actually caused from rainfall, soil type, and normal seasonal swings, so the result holds up to scrutiny.

Practice vs. weatherSoil-type adjustedDefensible attribution

Intelligence

Ready-to-use results

The same results work for project developers, governments, and funds. One system, several uses.

Project developersGovernmentsClimate fundsRegistries

Beyond Carbon

Carbon first. Built for more.

Carbon is where we're earning revenue today. The same system is built to measure water and biodiversity next.

Soil-carbon measurement

Measurement good enough to issue and sell carbon credits. This is where GreenScope is earning revenue today.

Live now

Policy & reporting

Data for governments and regional bodies on climate, water, and land-use planning.

iii

Water funds

The same system applied to payments for water conservation.

Biodiversity

One system that measures soil, water, and biodiversity together.

Case Study · First Deployment

Murang'a County, Kenya. The first deployment.

Phase 1 ran on public satellite data in under six weeks, as the first real deployment of the platform, mapping 92,329 hectares of net agricultural area across seven sub-counties. The same pipeline deploys to any tropical agricultural county in 4–6 weeks.

Phase 1 · Live

Phase 2 · In design

Next pilots · Scoping

Note on the number: The 43.2M tCO₂e figure is total soil-carbon stock measured across the mapped landscape, not yet issued credits. Phase 2 soil sampling narrows the uncertainty and translates measured stock into verified, issuable credits.

92,329

hectares of net agricultural area mapped across seven sub-counties

43.2M

tCO₂e total soil-carbon stock measured. Not yet issued credits.

$0.30

per tonne CO₂e measured, vs $20–50 for conventional MRV

4–6 wk

deployment time to any tropical agricultural county

Explore the pilot dashboard Request the full pilot report

GreenScope Innovations is in active engagement with project developers, government bodies, and continental institutions across the region.

Murang'a County, Kenya

Pilot boundary · 92,329 ha · 7 sub-counties

Sub-county Breakdown

Phase 1 · Investment ranking

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

Source: GreenScope Phase 1 output · Live dashboard →

90% CI 20.4M – 66.0M tCO₂e

Total uncertainty ±32%. Phase 2 soil sampling narrows this to roughly ±10–15%. The same uncertainty framework applies to other variables as they are brought online.

Who We Serve

Defensible measurement for everyone who needs proof.

We work with actors who need defensible agroecological measurement, starting with carbon and extending to water and land use.

Project Developers

Get measurement done for a fraction of the usual cost, in a format that fits your verification process.

Request a demo→

ii.

Governments

County and national data for climate, water, and land-use planning and NDC reporting. Decision-ready, not just dashboard-ready.

Explore a pilot→

iii.

Climate Funds

Evidence to support investment decisions across carbon and ecosystem-service programs.

Request data access→

iv.

Registries & Verifiers

Results designed to align with BCR AFOLU, Verra VM0042, and Article 6 standards.

Discuss alignment→

See It In Action

Watch what we built.

Work With Us

Let's talk about your program.

Developers, governments, funds, and standards bodies: tell us what you're working on. Not sure where you fit? Just tell us what you're working on.

i. Request a demo of the dMRV platform and carbon intelligence outputs
ii. Explore piloting the platform in your geography or project portfolio
iii. Engage GreenScope for methodology co-development or registry alignment
iv. Discuss strategic partnership or platform integration opportunities

Prefer email or LinkedIn directly?
info@greenscopeinnovations.com · LinkedIn

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