FinTech 4.0
The thermodynamic foundations of a new financial paradigm
Sky:
1. (noun) - The heavens or firmament, appearing as a great arch, or vault
Bank:
1. (noun) – A place where something is held available
DAO:
1. (noun) - Chinese, often translated as “technique”, “way,” “road,” “path,” “course,” “speech,” or “method”
2. (noun) - Decentralised Autonomous Organisation
Driving business uptake of real-world energy solutions
For new energy technologies to be assessed as viable they must be able to demonstrate sufficiently high Energy Return On energy Invested (EROI) when calculated from mine-to-grave. This cannot be acheived using legacy accounting methods and monitoring systems. The SkyBank DAO employs blockchain, IoT and Distributed Ledger Technology to provide whole-of-energy-supply-chain verification of EROI performance.
Cloud Based
Byzantine Fault Tolerant blockchain mechanisms mean cloud based services can be decentralised, allowing for mobile and intermittent use cases to function within the reporting framework
Networkable
The SkyBank DAO interfaces with energy technology partners to develop use-case specific energy trading and reporting systems that can be correlated and verified across enterprise scale deployments
Grounded in Hardware Solutions
FinTech 4.0 is firmly grounded in real-world physics and thermodynamics so inherently lends itself to physical hardware implementations that exhibit high EROI
Anthropocentric
Sustainability and profitability assessments must take into account the net benefit for humans as part of the wider natural energy ecosystem if they are to be meaningful
Transparent
Dependable
Extendable
Immutable
Irrefutable
Numerous methods are available to account for the sustainability and environmental impact of energy technologies, such as carbon footprint/credits, renewable energy certificates, certificates of origin and other metrics reported to and by trusted third party providers (usually government agencies).
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Such mechanisms all exhibit the same shortcomings - they only report figures from within a very small frame of reference, usually localised to the point of installation or generation, whilst ignoring externalities and inputs such as government subsidies, fossil fuel inputs, materials, transportation, disposal/recycling costs, etc.
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When clean energy is tokenised and tracked in a continuous chain of custody, not only from the point of entry into the energy supply chain onwards but also back through the entire infrastructure delivery chain to the original source, only then can a truly accurate picture of the ecological footprint of every supplied energy unit be faithfully determined.
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The use of blockchain technology in conjunction with point-of-use devices that report in real time paves the way for an entirely new world of self-verified energy supply chain sustainability, independent of the obfuscation of regulators, governments and other market distorting mechanisms that stand in the way of genuinely innovative, profitable, sustainable alternative energy solutions.
We Take Pride in Our Numbers
54
Years of Experience
400%
Mean EROI
8
Projects
6
Countries World Wide
1
Technology
Member Organisations
Are you ready to embrace the new paradigm of sustainability, prosperity and profitability?
Contact us today to discover how the new way of business accounting through end-to-end EROI metrics can transform your understanding of value delivery and guide strategic technology decision making.
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Because the sky is not the limit...