CNaught is a carbon credit platform that gives customers confidence that they are buying real impact, not just glossy photos. The first solution for buying carbon credits that uses the latest technology and research to maximize climate impact and mitigate risk. With a few clicks, buyers can access a sophisticated, science-backed carbon credit strategy that was previously available to only the largest buyers.

​Chloris Geospatial utilizes advanced satellite technology and machine learning to provide accurate measurements of above-ground biomass, enabling organizations to effectively monitor and manage forest carbon dynamics.

Isometric is a carbon removal standard and registry that ensures high-quality carbon credits through rigorous scientific protocols. Their public registry provides transparent data traceability from issuance to retirement.

CTrees is a global platform that uses AI and satellite imagery to track forest carbon metrics, including stocks, emissions, and removals, providing detailed data on deforestation and forest degradation worldwide.

Waterplan streamlines internal and external water reporting by centralizing and aligning high-quality data with major disclosure and compliance frameworks like ESRS, CDP, GRI, and TCFD, automating processes, and offering expert guidance.

ACRE.io, a subsidiary of C2i, is a cutting-edge technology platform that leverages 20+ years of data from GreenTrees to create digital twins of each tree, allowing for precise monitoring and verification of carbon sequestration. This digital platform enables the global scaling of reforestation efforts, while also quantifying other natural capital assets such as water quality and biodiversity. Additionally, ACRE.io supports Intermodal Carbon by calculating the environmental impact of shipping decisions and providing options to offset emissions through various nature-based projects.

Chestnut Carbon, a nature-based carbon removal developer, operates high-quality U.S. forestry projects that meet the most rigorous Gold Standard® verification criteria.