WhitePaper: The Regenerative Society

A decentralized topology sovereign municipal climate infrastructure.

Summary

Of the developing nation's climate emissions, fewer than 15% are on track to meet global United Nations reduction pledges. Where most mandates are net zero by 2050, BAU (business as usual) models forecast an approximate 2°C or more as of 2050, a threshold beyond the habitable range for intelligent life. The UNEP (United Nations Environment Programme) Emissions Gap is the variance between the pledged greenhouse gas (GHG) emissions reduction and the attrition required to meet requisite habitable standards, as accorded by the 2015 Paris Agreement. Via pilot scaling initiatives, positive synergies were found oblique the decentralized Wireless Mesh Network (WMN) where resilient BESS (battery energy storage system) applications were found resolute immediate municipal finance, policy development, strategic advocacy; and parallel emission commitments at both the domestic and international levels. Our subsequent PublicLayer standardized by Global Agendas: the United Nations Sustainable Development Goals (SDGs) and the World Economic Forum (WEF) G20 Global Smart Cities Alliance; maximizes economic opportunities by way of synthetic Digital Twin modeling, Web3 anchoring, existent Renewable Energy Credits (RECs), and Carbon RWAs (Real World Assets) engineering a sovereign Digital Estate.

We explore economic models inclusive dynamic on/off-market variables where the public authority fulfils its office as social guarantor. Advantageous surplus, compounded gains delineate a regenerative net-positive societal model.

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