Independent satellite measurement and AI-driven monitoring for carbon credit portfolios and deforestation due diligence.
/ 01
You bought credits to compensate your emissions. The tonnage comes from the project's own estimates, and so does the assurance that nothing has changed since. We measure biomass independently from satellite data, build counterfactual baselines from matched control plots, and keep monitoring for reversals, fire and encroachment.
/ 02
You're importing commodities into the EU and your due diligence statement says they're not linked to post-2020 deforestation. That statement needs to be accurate. We screen your plots against satellite-derived forest change data, verify boundaries, and flag new clearing so you catch problems before your next shipment.
We measure independently, verify against the claim, and keep watching for as long as you hold the exposure.
/ 01
Sentinel-1/2 radar and optical, ESA BIOMASS P-band SAR, GEDI and ICESat-2 lidar. Registry records, project documents and public boundary data. AI agents track news, enforcement actions and regulatory changes across your portfolio.
/ 02
Satellite-derived biomass estimates and change detection compared against project claims. Boundary and geometry checks, plot-level deforestation screening, and regulatory monitoring combined into a single assessment of whether the claim holds up.
/ 03
Monitoring is continuous, with alerts when something changes. Outputs are structured for insurers, auditors, compliance teams and regulators. The measurement is independent and ongoing, and it runs at portfolio scale.
Team
CEO
Product and technology lead. Turns complex domains into working products. Background in sustainability software, including carbon accounting and ESG reporting. Master's in economics and finance, engineering studies in information technology.
Head of Research
Bioeconomy, deforestation policy and commodity supply chains between EU and Southeast Asia. PhD research on bioeconomy transformation at University of Oulu. Decade of hands-on work across agricultural commodity value chains in ASEAN.
CTO
Three decades building geospatial and spatio-temporal database systems. Designed national land registry systems in Tanzania, Bangladesh, Uzbekistan and Zambia. PhD in computer science and information systems from University of Jyväskylä.
Head of Engineering
Software developer combining formal reasoning, symbolic logic and functional programming. Background as a senior software developer consultant. Bachelor's in mathematics, computer science studies at University of Jyväskylä.
Carbon markets and no-deforestation commitments work when the numbers are trusted. We're building the measurement layer that makes them trustable.