CO₂ INDEQS™ - INITIATIVE BRIEFS
Methodology Paper - 2026
Investor Brief - 2026
Geneva Global Data Trust - Concept Note
Index methodology, intellectual provenance, and commercial architecture. First formally timestamped release establishing prior art (2009–2026).
Available upon request.
TAM/SAM/SOM analysis, business model, index family overview, and institutional roadmap.
Three-layer governance architecture:
GGDT Environmental Module → Consensus numérique → Info Hub.
STRATEGIC FORESIGHT UNIT - POLICY INTELLIGENCE
Non-Paper - 2026
Non-Paper - 2026
Concept Note - 2026
The Tokenized Economy and the USD Settlement Chokepoint :
Implications for non-US financial actors and the case for Swiss and Geneva-based coordination. Analysis of the GENIUS Act, OFAC extraterritoriality, and four policy options.
Available upon request.
Strategic Neutral Common Hubs (SNCHs) -Removing the Architecture of Conflict :
A governance framework for strategic maritime and natural commons, drawing on the 1815 Vienna precedents, the Antarctic Treaty, and current geopolitical stress cases.
Autonomous Capital in the Tokenized Economy :
Governance gaps, settlement layer dependencies, and the case for extending the Geneva Approach into the financial domain - in contribution to the Geneva 2027 Global AI Summit.
EARLIER PUBLISHED WORK
Monetary System 2.0 - Hybrid Credit Notes
Exploring how novel digital monetary instruments can support green value chains and more resilient capital flows. Published on MPRA, 2019. Provides the theoretical foundation for the CO₂ IndeQs™ framework.
Reciprocity in the Third Millennium (Books I & II)
A long-view analysis of how value systems evolve and how economic rules can better reflect cooperation and trust.
Citywire Switzerland - Sustainability as a Source of Innovation
Climate-resilient supply chains and blockchain payment systems as illustrations of return-generating, socially-relevant solutions.
Case Study - where ideas meet implementation
We partner with entrepreneurs, investors, and institutional actors to test and scale solutions rooted in structural insight.
Deep-Tech - Climate Materials :
A deep-tech climate technology venture converting biomass residue streams into bio-based, carbon-negative functional carbon materials - where traditionally overlooked agricultural and forestry waste becomes both commercially viable and environmentally beneficial.
Industry partners engaged ; pilot-scale production design complete.
This reflects our method :
Identify structural mispricing → design a practical framework → implement within a trusted ecosystem.