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The rapid development of AI is consuming energy at an alarming rate. The carbon emissions generated by training a large-scale language model are equivalent to the total emissions over the entire lifecycle of five cars—this number is staggering.
Currently, the Agentic Economy is about to explode, with hundreds of millions of AI agents operating nonstop across global networks, consuming massive amounts of computing power every second. Rising electricity costs and skyrocketing carbon footprints are no longer future issues but immediate realities. Even more concerning, as ESG (Environmental, Social Responsibility, Governance) standards become stricter, enterprise-level AI infrastructure may face mandatory requirements—your computing power cannot be powered by "dirty electricity" and must use clean energy.
This is the core challenge Kite AI aims to solve: in a decentralized computing market, how to track the true source of every kilowatt-hour of electricity and ensure that every AI thought process is green?
The current situation is quite concerning—traditional computing power trading markets only care about one metric: computing performance (FLOPS). They pay no attention to which power plant supplies the electricity, whether it’s coal or wind. The rented computing power is like a blind box, impossible to trace its carbon footprint. This "lack of energy transparency" makes carbon auditing nearly impossible in decentralized networks.
This is the true dividing line. Kite AI’s innovation lies in introducing a Machine Execution Layer and designing a Carbon-Aware Routing mechanism. Simply put, it aims to make computing power no longer just cold, impersonal units of calculation but resources with "environmental certificates"—each unit of computing power must include data on its energy source and carbon emissions.
At the infrastructure level, Kite AI achieves interoperability with energy DePIN (Decentralized Physical Infrastructure Network) systems, creating a transparent, traceable ecosystem of computing power. This is not just a technological upgrade but a beginning to redefine the value of computing power.