This project could create billions of dollars annually in additional incentives for renewable electricity production, while making blockchain technology more secure and decentralized. Economically, this incentive originates in the real value blockchain technology offers to society as a truth anchor more secure and costly to attack than many alternatives (per unit cost).  The ability to apply the resource to addressing climate change as opposed to other issues or public goods is relatively unique because the understanding of this issue is now so widespread and there is such broad consensus that this issue needs to be addressed, *combined with* the presence of technology which can address it in an objectively measurable way that smoothly quantifies individuals’ contributions, at least regarding the specific subgoal of transitioning our collective electricity supply to renewable sources.  Regarding fraud disincentives, there are onboarding processes involving staked vouching, ongoing caps, fraud challenge mechanisms, embedded cryptographic signatures, and other strategies which seem likely to improve upon existing solutions already controlling large capital flows which provide existing incentives for renewable electricity production. Much of the renewable electricity production equipment in the field already reports generation data to APIs, and existing consensus clients for EVM-compatible chains are open-source, allowing relatively easy proof of concept development once funded for that work.  The project is feasible, but requires initial funding. It is primarily focused on climate solutions specifically through adding incentives for the transition of our electricity supply to renewable sources. 