What if the forests could finally speak? What if, to listen to them, it was not enough for a biologist or a sensor on the ground, but a satellite and an algorithm? It is the bet of Chloris Geospatial, an climate-tech startup based in Boston, which develops technologies for measuring forest carbon and ecosystem dynamics thanks to the fusion of spatial data and artificial intelligence.
In a context where zero net promises require concrete evidence, Chloris offers a solution capable of monitoring variations in vegetable biomass almost real timeon large areas, and without physical infrastructure. The company is thus part of a new generation of so -called technologies “Nature Intelligence”who want to go beyond static mapping of soil coverage to enter a fine and dynamic carbon accounting stored in nature.
A silent revolution in the measure of carbon
Unlike traditional approaches, based on hypotheses or sectoral averages, chloris claims a direct measurement Carbon contained in biomass, updated continuously thanks to open satellite data and proprietary models. The platform can thus detect a decline in vegetable density in a plot of Amazon forest, a resumption of growth in an African savannah, or even quantify the effect of a reforestation in a Mediterranean region.
The promise? An actuable, transparent, and scientifically robust data for all the actors engaged in the Transition to low carbon value chainsespecially in high -risk sectors of deforestation such as cocoa, palm oil, soy or beef. The stake is considerable, without credible measuring capacity, No clear zero strategy based on nature can be seriously controlled, nor verified.
A carbon geography under construction
This new carbon geography, Chloris wants to extend it on a global scale. By mobilizing both the Sentinel and Landsat data games, by merging different types of sensors (optics, radar, LIDAR) and by drawing its models on empirical bases from decades of academic research, the startup wants to establish itself as a reference standard for carbon -based carbon accounting.
It also addresses an increasing need for companies subject to regulations such as Corporate Sustainability Reporting Directive (CSRD) in Europe, or the Dry climate rule In the United States, which requires verifiable data on emissions and GHG absorptions related to forests and land use.
Beyond the monitoring of carbon, the potential applications of Chloris technology extend to reforestation policies, the validation of forest carbon credits, or the risk assessment of the degradation of ecosystems.
A startup at the crossroads of science and infrastructure
Co-founded by Marco Albani (ex-McKinsey, The Nature Conservancy) and Alessandro Baccini (Scientist specializing in the cycle of terrestrial carbon), Chloris Geospatial was born at the crossroads of academic science and concrete needs of the climate market. Technological positioning is based on a vertical integration of datafrom collection to the user interface.
The fundraising of $ 8.5 million (around € 7.2 million) announced in early July will allowaccelerate product developmentto strengthen the technical and commercial teams, andEuropean hub To meet the growing demand of the continent. The round of table was led by Future Energy Ventureswith the participation of Axa Im Alts,, At One Ventures,, Cisco Foundation,, Counteract And Orbia Ventures.
