NatureCredits.eco partners with forest owners to design, implement, and certify local-for-local nature credits that restore biodiversity while creating new income streams for landowners. The company's NatureCreditsIQ platform uses AI, satellite imagery, and causal analysis to provide transparent, scientifically robust measurement, reporting, and verification of ecosystem recovery. Every credit is backed by real, measurable improvements in ecosystem condition, aligned with EU and global standards.
Funding
Funding not disclosed
Founders
Product
Problem
Forest landowners lack accessible, credible mechanisms to monetize biodiversity restoration efforts, while buyers struggle to trust the environmental impact of nature-based credits. Existing credit systems often rely on opaque, non-scientific measurement methods that fail to demonstrate real ecosystem improvement, limiting investment in nature restoration.
Solution
NatureCredits.eco partners with forest owners to design, implement, and certify local-for-local nature credits that complement existing land use rather than disrupt it. The company's NatureCreditsIQ platform combines satellite imagery, local biodiversity data, and causal AI to track ecosystem recovery over time, providing a continuous, verifiable picture of nature's healing. This data-driven approach ensures every credit is based on real, measurable improvement in ecosystem condition, eliminating guesswork and double-counting. Projects are designed for their local environment while applying consistent scientific principles, creating trust for landowners, partners, and investors while unlocking new revenue streams for forest operations.
Target Audience
Primary customers are forest landowners seeking additional income streams from biodiversity restoration, as well as partners and investors looking for scientifically verified, high-integrity nature credits.
Features
- NatureCreditsIQ digital MRV platform integrating satellite imagery, on-the-ground biodiversity data, and causal AI analytics
- Local-for-local credit design that respects and complements existing forest operations without disrupting current land use
- Continuous ecosystem recovery tracking that provides transparent, real-time evidence of biodiversity improvement
- Alignment with EU and global standards for high-integrity nature credits
- Science-based project design backed by over 50 patents and 60 scientific publications in biodiversity, AI, and geospatial monitoring