We leverage A.I. powered Geosatellite Imagery (https://www.cyclops.ai/) that takes satellite photo imagery over time frames, assesses and calculates changes in tree planting, tree growth, foliage density, soil moisture and temperature.  We then use A.I. to make sense of data and accurately estimate the carbon sequestration and carbon credit value of te selected area.

We leverage Remote Sensing and DMRV technology (https://shamba.network, https://www.dclimate.net) to collect data for tree growth, soil carbon, ecological, weather and climate data to calculate and verify accurate ecological benefits from regenerative actions and impact projects.

Carbon Sequestration is measured through soil carbon content, foliage growth, tree trunk size to name a few and verified through Carbon Project Verifiers.

1 tonne of carbon sequestered equals one carbon credit issued.

The greater the Regenerative Impact, the greater the carbon sequestration potential.

Other examples inlcude:

1.  Total ESG score (Environmental, Social, Governance

2.  How many UN Sustainable Development Goals have 
      been met i.e. Life on Land, Clean water, zero hunger

3.  Biodiversity score as geotagged by humans, and 
      tracked through this Global Biodiversity score 
      tracker:

https://portal.biosmart.life/ecorise-project-1/guardians-of-earth/
      
      
4.  Clean Air and Water samples

