CarbonSpace

Core Features

CarbonSpace calculates land-sector emissions and removals with a Net Ecosystem Exchange (NEE) framework that measures the net carbon flux between the atmosphere and all major ecosystem pools. Using satellite imagery, meteorological data, and flux-tower observations, it produces primary, field-level estimates suitable for agrifood supply chains—avoiding generic factors and single-pool proxies. Some of its main features are:

• Field-level NEE monitoring: Continuous, ecosystem-level tracking for farms, fields and conservation areas to compare against history and aggregate across regions for supply-chain oversight.

• Primary data for claims: Generate third-party-verified carbon claims and reports based on primary measurements rather than averages, supporting credible disclosures.

• Remote, scalable onboarding: Provide farm polygons (shapefiles) and land cover; CarbonSpace validates and computes fluxes—no site visits—so teams can scale monitoring globally.

• Standards alignment & validation: Methodology peer-reviewed and validated to ISO 14064-3, with enablement for SBTi/CSRD/Green Claims Directive reporting needs.

• Program tracking & procurement: Report regularly on reductions/sequestration, identify low-carbon suppliers, and support product premiums with data-backed evidence.

• Whole-ecosystem accounting: Captures above-/below-ground biomass, soil organic matter and dead organic matter together, reflecting true ecosystem balance.

Closing Insights

According to the company, CarbonSpace operates on a global scale: as of July 2025, it is used in more than 70 projects across 40 countries, monitoring over 3 million hectares. Recent deployments illustrate the range. In Bolivia, CarbonSpace works with DOVU, a blockchain-based carbon credits platform, to deliver continuous, spatially explicit carbon flux data for agroforestry projects, enabling faster, lower-cost verification and transparent on-chain recording of outcomes. In Indonesia, Indobamboo uses CarbonSpace to quantify sequestration across a restoration pipeline targeting 180,000 hectares, with monthly insights that support climate-finance cases and stakeholder engagement.

A major enhancement underway targets peatlands where deep, waterlogged soils complicate measurement. CarbonSpace is developing a dedicated module for ecosystem-level monitoring with monthly timesteps to support compliance, restoration, and offset projects.

Relative to traditional approaches, CarbonSpace emphasizes continuous field-level monitoring, scalability, and transparent reporting—positioning itself as an “atmospheric intelligence” backbone with an ambition to deliver high-resolution global CO₂/H₂O mapping that can underpin supply-chain LCAs and project development.

Organizations evaluating digital MRV tools may find CarbonSpace’s combination of satellite data, ground observations, and modeled fluxes well suited to large, distributed land footprints. With a dedicated peatlands solution in progress, CarbonSpace looks well-positioned to support both compliance needs and nature-based project development.