Ensure consistent crediting at scale

Independent biomass data to validate submissions, automate crediting checks, and build MRV systems the market trusts.

Scale your pipeline without scaling your risk

Add an independent layer to every submission

When every number in your system comes from the party being credited, quality assurance is only as good as their data. Independent biomass data gives you a consistent, objective reference point to sense-check submissions at scale.

How Sylvera helps

Biomass Atlas delivers above-ground biomass and canopy height data for any project area globally, with annual coverage back to 2000. Compare developer-reported numbers against independent carbon stock data. Flag submissions that need closer review.

Automate crediting checks, reduce issuance bottlenecks

Data-intensive steps - baseline validation, carbon stock estimation, performance benchmarking - can be systemised. Improve the speed projects move through your pipeline, without sacrificing rigour.

How Sylvera helps

Earth Analytics produces standardised performance benchmarks, baseline carbon stock estimates, and control plot matching - consistently and at scale. API integration into your workflows help you review structured, consistent outputs - fast.

Crediting estimates that are conservative and defensible

Over-crediting erodes market confidence. Under-crediting discourages project development. Getting this right - consistently, at scale - requires data with explicit, quantified uncertainty.

How Sylvera helps

Biomass Atlas delivers explicit uncertainty bounds at pixel level. Use these uncertainty layers to set conservative crediting estimates that are transparent and auditable, giving stakeholders confidence that your issuances are grounded in the best available science.

Monitor proactively and consistently

Reversal risks don't wait for scheduled verification. Degradation can happen between reporting periods. By the time it shows up in a developer submission, the damage is done.

How Sylvera helps

Feed Biomass Atlas data into risk maps to track degradation hotspots, monitor buffer pool adequacy, and identify potential reversals. Quarterly updates and 25 years of historical coverage give you today’s picture and the long-term trend.

You can't underwrite what you can't confidently measure.

Your credibility depends on the integrity of every credit you issue. Don't leave that to developer data alone.

What you’re facing

No consistent way to validate developer-submitted carbon stock data at scale
Risk of over- or under-crediting due to incomplete or inconsistent developer data
Manual review processes that slow down registration and issuance as project volumes grow
Pressure to build or strengthen dMRV systems that meet market needs and scale across millions of hectares
Buffer pool monitoring and reversal tracking that relies on periodic developer reporting
Compare developer submissions against independent biomass data, using the same methodology across every project
Use biomass uncertainty layers to set conservative, defensible crediting estimates, with explicit error bounds
Automate data screening and crediting checks with API-ready biomass data, integrated into your workflows
Build dynamic baselines, quantify removals with consistent data, and automate issuances on a foundation of field-calibrated data
Feed biomass data into registry risk maps to monitor degradation hotspots and potential reversals
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Independent. Scalable. Auditable. The data infrastructure your system needs.

Field-calibrated biomass data and methodology-aligned analytics to strengthen quality assurance, automate crediting checks, and build systems the market can rely on.

FAQs

How does Sylvera's biomass data help registries ensure accurate crediting?

Biomass Atlas gives you an independent, wall-to-wall carbon stock estimate for any project area — the same rigorous methodology applied consistently, regardless of the project.

You can compare developer-reported numbers against objective biomass data as a cross-checking step, use uncertainty layers to set conservative crediting estimates, and automate data quality screening across your submission pipeline.

How does this support dMRV and other industry systems?

Biomass Atlas is built for integration — delivered via API, with consistent spatial methodology and explicit uncertainty at every pixel.

It provides the data infrastructure that dynamic MRV systems need: historical baselines going back to 2000, wall-to-wall coverage scalable across millions of hectares, and quarterly updates for continuous monitoring.

Whether you're building a new dMRV system or strengthening an existing one, Biomass Atlas is designed to fit directly into your architecture.

Which methodologies does Sylvera’s Earth Analytics support?

Earth Analytics covers VM0047 (ARR performance benchmark), VM0048, CAR and ACR IFM v2.1, and REDD+ baseline requirements, with ongoing development across additional methodologies.

Sylvera works directly with standards bodies and has been selected to provide Biomass Atlas data to two separate registries — so methodology alignment is built in.

How can biomass data help with early reversal risk and event detection?

Biomass Atlas provides quarterly updates and 25 years of historical coverage — giving you both a long-term baseline and near-real-time monitoring capability. Feed this data into registry risk maps to track degradation hotspots, monitor buffer pool adequacy between verification events, and identify potential reversals as they develop rather than after developer reporting.

How is sensitive project data handled?

Sylvera is ISO 27001 compliant — the leading international standard for information security management. We have handled sensitive data for governments, institutional finance, and major corporations without a single data leakage incident. Atlas users are not disclosed to Sylvera's ratings teams, and their projects are treated identically to all others from a ratings perspective.

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