Natural Capital Verification
with auditable AI proofs

We build a verification platform that turns satellite signals + ground telemetry into conservative, auditable metrics for environmental markets (MRV / carbon / parametric risk).

Optical + SAR fusion

Gap-filling with confidence

Dynamic Risk Buffer

Hash-only integrity anchoring

COG + STAC audit trail

Request a demo Read the architecture (PDF)

Note: statements about “world-first” claims are intentionally avoided here; this page focuses on capabilities and architecture.

What makes it “verifiable”

Conservative metrics We produce a defendable lower bound using a risk penalty tied to uncertainty (clouds, replacement confidence, telemetry agreement).

All-weather continuity Optical data gaps are handled using SAR signals (VV/VH) with explicit confidence indicators.

Audit trail by design Outputs are stored as COG + STAC, and integrity can be anchored using compact hashes instead of exposing raw data.

Platform — core building blocks

Sensor Fusion Engine

Co-registration, quality masking, Optical+SAR fusion, and intelligent reconstruction with confidence scoring.

Telemetry & Device Trust

Ground signals (machinery / IoT) strengthen verification and can be tied to device identity for anti-spoofing controls.

Integrity Proofs

Signed verification packages + “hash-only” anchoring patterns to prove non-alteration without exposing confidential payloads.

Audit-ready Data

Cloud-Optimized GeoTIFF (COG) outputs and STAC metadata catalogs for efficient, partial reads and lineage tracking.

Risk Layer

Dynamic Risk Buffer logic to turn uncertainty into a transparent penalty (lower bound), aligned with high-scrutiny finance use cases.

APIs & Workflows

Portals, programmatic access, and automated reporting designed for auditors, developers, buyers, and gatekeepers.

Product modes

Watch Mode

Continuous monitoring with updated conservative metrics and anomaly detection.

Audit Mode

Retroactive reconstruction of a “vintage window” to validate historical claims with divergence reporting.

Insurance Mode

Binary threshold decisions for parametric settlement logic (where applicable), powered by conservative lower bounds.

These modes map to the architecture described in your platform documentation (watch/audit/insurance) and are presented here as productized workflows.:contentReference[oaicite:3]{index=3}

Portals — coming online

A unified user platform for every stakeholder category.

Project Developers Upload project boundaries, request audits, publish monitoring packages.

Auditors / VVB Reviewer kit: trace lineage, compare claims, export evidence bundles.

Buyers / Investors Quality dashboards, conservative time series, integrity proofs.

Insurers Parametric thresholds, dispute-ready records, policy annex exports.

Partners Secure collaboration workspaces, data exchange connectors.

API & Integrations Programmatic access for registries and downstream platforms.

Architecture — event-driven, scalable, auditable

Event pipeline

Reactive orchestration where new data landing in storage triggers processing (fan-out + queue buffering) for massive scale bursts.

Your doc explicitly describes S3 → SNS → SQS as the backbone of orchestration.:contentReference[oaicite:4]{index=4}

Compute split

Heavy preprocessing (e.g., SAR calibration) on batch compute; micro tasks on serverless; model inference on managed ML infrastructure.

Batch/Spot + Lambda + SageMaker are the recommended split in the doc.:contentReference[oaicite:5]{index=5}

Audit data formats

COG enables partial reads; STAC catalogs standardize metadata and lineage for audits and interoperability.

COG + STAC are called out as auditability standards.:contentReference[oaicite:6]{index=6}

Integrity without exposure

“Hash-only” anchoring patterns can prove data hasn’t been altered without publishing confidential payloads.

The doc details hash-only anchoring and tamper-evidence logic.:contentReference[oaicite:7]{index=7}

FAQ

How do you handle clouds and missing optical data?

By using SAR (VV/VH) to reconstruct blocked pixels and emitting an explicit confidence channel for replacements.

What makes results “audit-ready”?

Standardized outputs (COG + STAC) + signed packages + integrity anchoring patterns to prove non-alteration.

Is this a “blockchain product”?

No. Blockchain is used only as an integrity timestamp/anchor (hash-only). Payloads stay off-chain.

Who is this built for?

Project developers, auditors/VVB, registries, buyers/investors, and insurers needing conservative verification.

Natural Capital Verificationwith auditable AI proofs