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Verify.KyoGreen · The Evidence Platform

Prove Your Data Hasn’t Changed

Verify.KyoGreen takes environmental field data through validation, approval, calculation and cryptographic integrity, producing a registry-ready record with an unbroken audit trail from baseline to issuance.

The Chain of Custody Problem

Carbon markets, biodiversity credits and sustainability programmes face a structural problem: the data underpinning environmental claims sits in spreadsheets with no independent verification mechanism. Anyone with access can change it. No one can prove they haven’t.
Auditors verify periodically and retrospectively. By the time credits are issued, the chain of custody is already broken. Meanwhile the ICVCM Core Carbon Principles, Article 6 of the Paris Agreement and CSRD all now demand transparent, traceable, verifiable data.
Verify.KyoGreen closes that gap. Every submission is verifiable against your project schema and plot boundaries, reviewed by a supervisor, and cryptographically fingerprinted so its integrity can be confirmed without exposing the underlying data. Field data is converted into standardised metrics by a methodology-specific calculation engine. One platform, one audit trail, from year zero through every annual monitoring cycle.

Where Verify Sits

Verify.KyoGreen owns everything after collection: taking raw field submissions all the way to a registry-ready, tamper-evident record. Data can arrive from our FDC collection service or from your own custom input.

  1. 1

    Field Data Collection

    Offline forms, GPS, camera

    FDC
  2. 2

    Data Ingestion

    Submissions received and structured

    Verify
  3. 3

    Supervisor Approval

    Human-in-the-loop review

    Verify
  4. 4

    Analytics Pipeline

    Methodology-specific calculation

    Verify
  5. 5

    Cryptographic Hashing

    SHA-256 fingerprint

    Verify
  6. 6

    Blockchain Anchoring

    Independent public proof

    Verify
  7. 7

    Audit-Ready Record

    Registry-ready output

    Verify

Fig 1 - The complete data integrity pipeline. Verify.KyoGreen carries data from ingestion through to a registry-ready record.

Inside the Platform

Every stage between a field submission and a registry-ready record in one system, with one audit trail.

Automated Ingestion

Every submission is automatically ingested and organised; no manual sorting, no reformatting step.

Spatial Verification

Submissions are geospatially verifiable against plot boundaries; polygon geofence matching and distance-from-centroid checks confirm each observation came from where it claims.

Supervisor Approval

Raw data never enters the calculation pipeline until a supervisor approves it. Plot-by-plot review, issue flagging for field resolution, and documented override where justified.

Complete Audit Trail

A full, timestamped history of who approved what and when. The record a verifier asks for is available without reconstructing it from emails and spreadsheets.

Calculation Engine

Methodology-specific conversion of field measurements into standardised CO₂e including allometric equations, biomass and dead wood stocks, moisture corrections, area-based scaling, methane quantification.

The dMRV Loop

Annual monitoring runs through the exact same pipeline as the baseline integrating IoT sensors, satellite indices and flow meters whilst ensuring methodological consistency year after year.

Cryptographic Integrity

Every approved dataset is fingerprinted with SHA-256 at the point of receipt so integrity can be independently confirmed without even exposing the underlying data.

Registry-Ready Output

A structured, cryptographically hashed dataset ready for Verra, Gold Standard or any registry submission is created, cutting manual reconciliation and the risk of calculation error at verification.

The dMRV Loop: Baseline to Issuance, Every Year

Most platforms stop at the baseline. Verify.KyoGreen runs the annual monitoring cycle through the same pipeline so year five is as defensible as year zero.

Phase 01

Monitoring

Data arrives from multiple streams, reducing reliance on manual field teams and giving continuous, real-time project visibility.

  • Biogas: flow meters measure actual production and consumption; IoT sensors track digester temperature and pressure.
  • ARR / forestry: satellite imagery (NDVI, canopy cover) and IoT sensors supplement ground-truthing plots.
  • Soil carbon: in-situ moisture and temperature sensors paired with satellite-derived vegetation indices.
Phase 02

Re-Processing

Automated data streams, alongside any targeted manual verification surveys, flow through the exact same pipeline used for the baseline:

Ingestion → Approval → Calculation

This is what guarantees methodological consistency and an unbroken audit trail from year zero through to final crediting.

Phase 03

Credit Quantification

The analytics engine compares monitored data against the validated baseline and calculates tCO₂e removed or avoided for the reporting period:

  • ARR: annual biomass increment → CO₂ sequestration.
  • Biogas: verified methane captured or replaced → avoided baseline emissions.
  • Soil carbon: measured delta in soil organic carbon stocks.

In Production Today

Verify.KyoGreen is not a prototype. It is processing live project data across two carbon standards and two countries.

Verra · VM0047 ARR · Sudan

Locking a Baseline Before Sequestration Begins

What the Platform Handles

Submissions from 40 georeferenced plots are validated against plot polygons, routed through supervisor review, and passed to the allometric calculation pipeline with lab-derived moisture corrections applied automatically.

In the Record
  • Raw submissions, geofenced coordinates and supervisor approvals stored together
  • Plot-level results scaled to project-level baseline carbon stock
Outcome

The starting carbon stock is definitively provable before a single tonne of sequestration is claimed against it.

Gold Standard · Biogas · Kenya

From Survey Data to Emission Reductions

What the Platform Handles

Survey submissions across household, school and dairy contexts are validated, approved and converted into annual firewood consumption and baseline methane figures.

In the Record
  • Livestock counts, manure retention and dry matter converted to baseline methane
  • Credit calculation: Emission Reductions = Baseline Emissions − Monitoring Emissions
Outcome

Audit-ready baseline datasets for Gold Standard verification, with the monitoring phase moving to IoT sensors and flow meters.

Who Verify.KyoGreen Is For

Anyone who has to defend environmental data to a verifier, a credit buyer, a regulator or an investment committee.

Project Developers

Cut MRV cost and verification friction while strengthening the credibility of every credit you issue.

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Verification Bodies (VVBs)

Receive pre-validated, auditable data streams with a complete approval trail you can interrogate directly.

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Carbon Consultancies

Run every project in your portfolio on one integrity layer, with consistent methodology and reporting throughout.

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Registry Bodies

A trusted evidence layer beneath your digital MRV ecosystem, producing submissions in a consistent, verifiable format.

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Credit Buyers & Investors

Answer the question that matters: how do we know this data hasn’t been altered without taking anyone’s word for it.

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Development Finance Institutions

Portfolio-wide MRV compliance, with transparent and traceable data across every funded project.

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Why Verify.KyoGreen

Environmental markets increasingly depend on data that is not only accurate, but demonstrably trustworthy.

01 — Independent by Design

Cryptographic hashing means integrity can be confirmed without exposing raw data, and the architecture is built so your evidence stands up independently of our infrastructure. An auditor doesn’t have to trust us; they can verify.

02 — One Trail, Baseline to Issuance

Baseline and every annual monitoring cycle run through the same pipeline so methodological consistency isn’t a claim, it’s a property of the system.

03 — Human-in-the-Loop Quality Control

Data integrity requires both technological and human verification. Nothing reaches the calculation engine without a supervisor signing it off and that decision is part of the permanent record.

04 — Lower Verification Burden

Manual MRV can run from $15,000 to well over $100,000 per project. Structured, pre-validated, tamper-evident data reduces what an auditor has to reconstruct, lowering cost and raising buyer confidence.

05 — Methodology-Agnostic Core

One integrity pipeline serves carbon, biodiversity, soil, waste and Scope 3 alike. Adding a project type means configuring a schema; the pipeline beneath it never changes.

The Result: Field Data That Is
  • Digitally collected
  • GPS validated
  • Supervisor approved
  • Automatically analysed
  • Cryptographically protected
  • Auditor ready
Better Together

Verify proves the data. FDC makes sure it’s the right data.

Verify.KyoGreen can be integrated with any data source. But the strongest evidence chains start upstream with forms derived from your methodology, geofences configured to your plots, and crews trained on the instrument. That’s what our FDC service delivers.

Explore FDC

Frequently Asked Questions

What is dMRV?
Digital Measurement, Reporting and Verification: the digitisation of the entire MRV process, from field data collection through to credit issuance.
Do I have to use FDC to use Verify.KyoGreen?
No. Verify.KyoGreen accepts submissions from any compatible collection setup. Using our FDC service alongside it means the forms, geofences and validation rules are designed against the same schemas the platform expects which removes a class of integration problems entirely.
How does verification work?
Verify.KyoGreen hashes each approved dataset using SHA-256 at the point of receipt, creating a tamper-evident fingerprint. Because only the fingerprint is exposed, an auditor can confirm a dataset has not been altered without even accessing the underlying raw data.
Which standards does the platform support?
Verra (VM0047), Gold Standard (Biogas) and IPCC guidelines, with configurable schemas and calculation models for other methodologies.
What happens during annual monitoring?
Monitoring data, from IoT sensors, satellite indices, flow meters or targeted manual surveys, flows through the identical ingestion, validation, approval and calculation pipeline used for the baseline. The analytics engine then compares it against the validated baseline to quantify tCO₂e removed or avoided.
Can the platform handle multiple project types?
Yes. The core is methodology-agnostic and supports ARR, biogas, soil carbon, biodiversity, waste management and Scope 3. Adding a project type means configuring a schema, not rebuilding the pipeline.

Turn field measurements into verifiable carbon assets.

Whether you are issuing credits, verifying on behalf of others, managing a portfolio or evidencing Scope 3, Verify.KyoGreen gives you an evidence trail you can defend from the first baseline measurement to the final monitoring report.

Verify.KyoGreen: Integrity You Can Prove.

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