AgroNest.earth
AgroNest turns farm-level methane, nitrous oxide, ammonia and black-carbon data into verified carbon credits: world-class MRV built end-to-end for the farmers who reduce emissions, the registries who verify them, and the buyers who retire them.
The gap today
Third-party audits are priced for aggregated, large-scale projects. A single smallholder farm rarely generates enough tonnage to justify the cost of proving it, so most never enter the market at all.
Most programs credit a single gas from a single practice. The same farm and the same field visit could substantiate methane, N2O and black-carbon reductions together, and almost nobody does.
Annual verification cycles mean a farmer fronts the cost of a feed additive or a no-burn residue method months before any credit revenue shows up.
The technology
Four mechanisms work together so verification scales down to a single field instead of only up to a mega-project.
Feed dispensers, digesters and wellhead-style sensors sign their own readings at the point of measurement, with no manual data entry step to tamper with or delay.
Remote-sensing passes corroborate practice changes, such as flooded versus drained fields or burn scars, as a second, independent line of evidence.
Better monitoring produces tighter statistical error bars, which lowers a project's required buffer contribution, creating a direct incentive to invest in verification quality.
Credits vest along a schedule shaped by the gas's own atmospheric decay, instead of a flat annual lump sum, so the value mirrors the physics it represents.
Emission factors are tiered and farm-adjusted from IPCC and registry defaults, not hardcoded to one region's soil or climate data.
Buyers can retire credits against either the standard 100 year metric or the short-lived-pollutant-aware GWP* metric, priced accordingly.
How AgroNest works
Step 1
Practice logs, low-cost sensors and satellite cross-checks build a farm's emissions fingerprint. No hardware is required to start.
Step 2
Neighboring farms pool the fixed cost of a verification pass, while each farm keeps its own, individually owned credit stream.
Step 3
Credits vest as reductions are confirmed, with an advance paid at the moment a farmer adopts a new practice, not a year later.
Step 4
Buyers retire credits with the originating farm's story attached, or purchase in bulk through standard offtake agreements.
Multi-gas MRV
Enteric fermentation, rice flooding and manure lagoons, reduced through feed additives, alternate wetting and drying irrigation, and digesters.
Soil nitrification from fertilizer timing and volume, reduced through inhibitors and precision, sensor-timed dosing.
Manure and fertilizer volatilization, a precursor to N2O and PM2.5, tracked with field-deployable sensors.
Crop residue burning, reduced by switching to no-burn residue management, with co-benefits for soil health.
Estimate your impact
Choose from 52 primary practices across seven categories, spanning rice systems, livestock, residue, fertilizer, agroforestry, irrigation, and specialty crops, each with its own illustrative factor.
This is a rough, illustrative planning range only. It is not a quote, and actual issuance depends on verified practice data, confidence scoring, and buffer pool sizing.
Every practice above carries its own illustrative factor, reflecting the rough order of magnitude of emissions typically associated with that practice category relative to farm size. The calculation runs in three simple steps: first, your hectares are multiplied by the selected practice's factor to produce a central estimate; second, that central estimate is widened into a range by applying a minus-30% to plus-30% band, which stands in for the kind of variation that verified confidence scoring would later narrow or shift; third, the range is displayed in tonnes of CO2 equivalent per season, using the gas-neutral CO2e convention so that practices spanning different gases can still be compared on the same scale. None of the factors shown here are drawn from a specific verified dataset for your farm. They exist purely to give a directional sense of scale before any real enrollment, sensing, or verification takes place.
Built for the smallest plot
Every mechanism on this platform exists because a two hectare farm was priced out of the last one.
Farmers receive a conservative advance the moment they adopt a practice, not after a full annual verification cycle, when the cash was needed months earlier.
Verification cost is shared across a region, but the resulting credit stream stays owned by the individual farm, never merged into an anonymous project.
Practice logs plus satellite cross-checks are enough to begin. Sensors improve confidence and payout speed but are never a precondition to participate.
Buyers see the originating farm's practice story, and a larger share of the sale price is routed back to that farm rather than an intermediary.
What changes
| Dimension | Traditional aggregator model | AgroNest |
|---|---|---|
| Verification cost | Priced for large, pooled projects | Cost-shared, credit ownership stays individual |
| Gas coverage | Usually one gas, one practice | Up to four gases from one field visit |
| Payment timing | Annual, after full verification | Advance on adoption, reconciled later |
| Farmer identity | Merged into an anonymous project | Individually attributed credit stream |
| Entry requirement | Often assumes sensor infrastructure | Starts with practice logs and satellite |
Where this is designed to work
Click a pulsing point to see the gas profile AgroNest's methodology is designed to support in that kind of farming region.
Inside the platform
How the economics work
Most of each credit's sale price is designed to route back to the originating farm, not an intermediary layer.
Verification cost is shared across nearby farms rather than billed to any single farmer up front.
A conservative share of expected value is paid at adoption, reconciled once verification completes.
Built end-to-end
Enroll a field in minutes, log practice changes from a phone, and receive an advance payment when you adopt, not a year after.
Enroll a farm →Plug AgroNest's device-attested, satellite-cross-checked evidence into existing Verra, Gold Standard, or Article 6.4 methodologies without replacing your own workflow.
Integrate MRV →Retire credits with a traceable, farm-level story for scope 3 disclosures, or buy in bulk through standard offtake agreements.
Explore offtake →Use aggregated, anonymized regional data to inform ag-emissions policy and target subsidy programs where they will move the most tonnes.
Start a conversation →The Nest
Practice logs, sensor readings and satellite passes roll up into one confidence-scored profile per farm. Swipe through what that profile actually shows.
Built to integrate
AgroNest is designed to plug into existing registry and disclosure workflows rather than replace them, with device-attested, satellite-cross-checked evidence available through a documented, developer-friendly interface.
Security and data integrity
Practice logs and sensor attestations are encrypted end to end between the device, AgroNest, and the registry.
A farm's underlying records belong to that farm. Aggregated, anonymized views are what get shared with buyers and policymakers.
Every credit traces back to the sensor reading, satellite pass, or verification visit that substantiated it, with no missing links.
Device attestation and satellite cross-checks act as two independent evidence sources, so a single falsified input cannot issue a credit alone.
Learn the terms
Measurement, reporting and verification. The process of proving that an emissions reduction actually happened before a credit is issued.
GWP compares a gas's warming effect to CO2 over a fixed period. GWP* is a newer approach built specifically for short-lived gases like methane.
A reserved share of credits set aside to cover the risk that a reduction reverses later, sized to how confident the evidence is.
Releasing credit value on a schedule shaped by how long a gas actually stays in the atmosphere, instead of one flat annual payout.
What is next for you
Click a stage to see what it looks like in practice.
Beyond carbon
No-burn residue management returns organic matter to the soil instead of releasing it as smoke.
Alternate wetting and drying can reduce irrigation water use alongside methane.
Reduced burning and better residue management support soil organisms and field-edge habitat.
Credit revenue sits alongside crop income rather than replacing it, adding a second, more stable line.
Aligned with global climate goals
Practice changes that raise yield stability alongside emissions reductions support food security for smallholder households.
Advance payments and farmer-attributed sales are designed to strengthen income stability rather than replace it.
Multi-gas coverage targets short-lived climate pollutants directly, where near-term warming impact is highest.
Co-benefits like soil health and biodiversity are tracked alongside carbon, not treated as an afterthought.
Advance payments and pooled verification are designed to reach the smallholder farms most excluded from carbon revenue today.
Alternate wetting and drying and related practices are designed to reduce irrigation water use alongside methane.
The smallest, most marginal farm is the design target, not an edge case added onto a large-aggregator model.
Registries, satellite providers, cooperatives, and buyers are designed to plug into one shared evidence layer together.
Our principles
Nothing about a farm's raw records is sold or shared beyond what that farm has agreed to.
How a credit's price splits between the farm, verification, and the platform is not hidden behind a black box.
Every mechanism here is built to work first for the smallest, most marginal farm, before it ever needs to work at scale.
Cooperative network
Each logs practices independently
Schedules one shared pass
Fixed cost split across members
Each farm keeps its own stream
Global ambition
Built around mechanisms that are genuinely hard to copy: pooled verification with individual ownership, decay-curve issuance tied to atmospheric physics, and a confidence-weighted buffer, working together as one system rather than as separate features.
South and Southeast Asia, where alternate wetting and drying detection is well understood and satellite-verifiable.
East and West Africa, where enteric methane is significant and remains largely uncredited today.
Any region where fertilizer timing drives avoidable nitrous oxide, regardless of which country it's in.
Targets we are building toward
These are internal design targets we're building toward, shown here for transparency, not claims about current enrollment or issuance.
A day with AgroNest, illustrated
Morning
Instead of keeping the field flooded through the season, the farmer switches to alternate wetting and drying and logs the change from a phone in under a minute.
Same week
A routine satellite pass over the region detects the drained field, cross-checking the practice log without any extra site visit required.
Within days
A conservative advance is calculated from the confirmed practice change and paid out, well before the harvest or the full verification cycle completes.
End of cycle
Alongside neighboring farms in the same cooperative, a shared verification pass confirms the season's reductions and reconciles the final credit amount.
Designed to be used by everyone
Designed to let a farmer record a practice change by voice, for users with low literacy or limited typing comfort.
Designed around local languages from the start, not English with a translation layer bolted on as an afterthought later.
Designed so a practice log entered with no signal syncs automatically once connectivity returns.
Questions
AgroNest's signup capture and partnership request form are live and functioning today. The underlying multi-gas MRV and credit issuance engine is in active development, starting with a pilot.
No. Practice logs plus satellite cross-checks are enough to begin. Sensors improve confidence scoring and payout speed but are never a precondition to participate.
The design pays a conservative advance at the moment a practice change is logged and confirmed, with reconciliation against the fully verified amount at the end of the cycle, rather than a single annual lump sum.
Tiered, farm-adjusted emission factors consistent with IPCC guidance, designed to align with existing registry methodologies such as Verra and Gold Standard rather than replace them.
Yes, that is the core design goal. A single practice change, like switching from residue burning to incorporation, can substantiate methane, black-carbon, and avoided CO2 credits from one verification pass.
Enrollment itself is free. Verification cost is shared across a pooled group of nearby farms rather than billed individually up front.
The confidence-weighted buffer pool is designed to absorb reversals, and future issuance for that farm adjusts once the change is detected through the next sensing or satellite pass.
Underlying farm-level records stay owned by the farm. Buyers and policymakers see aggregated, anonymized views rather than raw individual data.
The first pilot pairs one practice with one geography so the methodology can be proven end to end before expanding to additional regions and gases.
Readings with wide confidence bands route to a manual verification step rather than issuing automatically, and the buffer pool sizing already accounts for that uncertainty.
Yes. AgroNest is designed as a data and evidence layer that feeds an existing registry methodology rather than a replacement for it.
The intent is that a farm can request removal of its ongoing participation, with historical verified records retained only as required for audit integrity of already-issued credits.
No. AgroNest is designed to provide the evidence and traceability behind a credit. Price discovery happens through the marketplace and offtake agreements.
Yes. Practices are logged per field, and a farm with multiple fields can run different practices on each, each substantiating its own gas profile.
Email or WhatsApp both reach the team directly. See the contact section below for both.
Yes. The evidence layer is designed to sit alongside whatever a cooperative already uses for day-to-day farm management rather than requiring a full switch.
Device attestation and practice logs can carry more of the evidence weight where satellite passes are less frequent, with the confidence score adjusting accordingly.
Yes. The marketplace is designed to let buyers filter by gas, region, and practice, and fund specific categories directly rather than only buying anonymous bulk tonnage.
No minimum is planned. The zero-hardware entry tier exists specifically so a small plot is not excluded by scale.
Through a share of each verified credit's sale price, alongside AgroNest, registry, and advisory partnerships described in the partnerships section above.
Yes. The impact calculator above covers 52 practices and gives an illustrative range for planning, though real issuance always depends on verified data.
Log the primary one for now. Multi-practice profiles are supported at the farm level once enrolled, so a second or third practice can be added later.
Yes. Organic certification and AgroNest enrollment are independent of each other, and many of the 52 listed practices are already common on certified organic farms.
As often as a genuine change happens. There is no fixed reporting cadence forced on a farmer beyond what the practice itself requires.
Yes. Practices are logged per season, so a farm can move from one listed practice to another as conditions or crops change.
Local-language support is prioritized for the first pilot region, rather than launching in English and translating afterward.
Get in touch
Partnerships
AgroNest is in active development and looking for partners across the value chain: MRV and satellite data providers, registries, pilot farms and cooperatives, and corporate buyers who want ground-floor access to traceable, multi-gas credits.