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Third Industrial Revolution Consulting Group<br />

and other agreements that create synthetic, cross-border energy markets. That’s because the<br />

technology’s capacity for automation, disintermediation, powerful data analytics and<br />

micropayments drives transaction costs low enough that liquid markets can arise around<br />

securities whose complex structures would otherwise make them unviable for traditional<br />

finance.<br />

Proposal 3: Extending the Boundary of the Luxembourg Solution<br />

Building on the Luxembourg Sustainable Development Finance Platform, the Sustainable Energy<br />

Finance Model, the aggregation of key energy and other resources in ways that drive large-scale<br />

investment, and the introduction of Blockchain technology, we also suggest that Luxembourg<br />

assume TIR-scale financial leadership within the European Union. It should consider introducing<br />

a proposal or set of proposals to the 27 other Member States of the European Council as well as<br />

to the European Commission and the Committee of the Regions. The intent of these proposals<br />

would be to establish dedicated settings at the national, regional, and local level which might<br />

then issue public bonds for the transformation of their national, regional, and urban<br />

infrastructures into a digitalized, interconnected Third Industrial Revolution paradigm.<br />

Given the critical need to begin scaling up sooner rather than later, small transborder pilot<br />

projects across the EU can be launched and evaluated in real-time with adjustments that are<br />

made to ensure their on-going and evolving success. At some point, and with initial successes in<br />

hand, financial and technical resources can be expanded to move pilot projects into the larger<br />

scale of demonstration ventures across sectors, within communities, and eventually within<br />

regions and nations. 270 This is very much in the spirit of a phased-in approach using what has<br />

been called experimental design 271 , or what we might call here real-time adaptive<br />

management, to focus on achieving the multiple social, economic, and environmental<br />

objectives. With an emphasis on learning as we go, rather than a typical "ready, aim, fire"<br />

approach to problem solving, the management style should embrace an experimental<br />

270 As suggested by Byrne and Taminiau’s description of the SEF, financing and operating costs (other than interest<br />

payments) can also be folded into the bonding capacity so that new revenues are not necessarily required. With a<br />

series of initial successes in hand, the confidence can build to ensure high quality bond ratings with funding that<br />

covers both operations and investments.<br />

271 The idea of experimental design is taken from Sullivan, Michael J., Fostering Innovation and Experimentation to<br />

Improve the Effectiveness of Energy Efficiency Programs. Working Paper. Sacramento, CA: California Public<br />

Utilities Commission, 2008.<br />

305

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