Bricolage Initiatives

Bricolage Initiatives
An example of an eco-centric cyber-physical (C-P) ecosystem: FungAI’s cyber-physical ecosystem, which constitues the blockchain-enabled smart platform and the dynamic output process, enables it to rapidly reconfigure its processes and seize the most profitable revenue generator at any given time, thus mitigating metal price volatility risks. An example of this is the tandem conversion of the FungAI process by-product to higher-value derivative products such as Graphene.

This is very much a work-in-progress page, whereby I can drop my “bricolage” initiatives within the sustainability and regeneration space.

Lévi-Strauss’s 1966 introduction of bricolage, defined as “making the most of available resources“, Source: https://doi.org/10.1080/08985626.2024.2303426

Bricolage also parallels similar colloquialisms or words in other nations, such as the “number 8 wire” mentality in New Zealand.

The driving force behind this for me, is a kind of “Kymmenykset“, which is captured in Victor Papanek's book 'Design for the Real World: Human Ecology and Social Change'. We could also call it “social self-tithing” through art-form (and it parallels other terms within other cultures and belief systems), but in essence, it manifests itself as an altruistic desire to design solutions for the sake of addressing the systemic needs of Earth as an interconnected biome (humans, flora, fauna etc.). There is an inherent wholesomeness that is also implicit here in this creative act of “Kymmenykset”:

“The imagination is committed to the justice of wholeness…Where the imagination is awake and alive, fact never hardens or closes but remains open, inviting you to new thresholds of possibility and creativity.” J. O’Donohue
Source - Papanek, Victor J. Design for the Real World: Human Ecology and Social Change. 1st American ed. Chicago: Academy Chicago Publishers, 2012.

From a personal standpoint, my list is in its infancy, but I do intend to build on this.

Bio-Centric Cyber-Physical Systems

1 - FungAI


FungAI was designed with strictly passive design principles and has a very low energy-intensity. The FungAI Biome uses smart-glass, which helps maintain a passively-stable ambient temperature within the geodesic-dome, which also serves to equalize the temperature throughout the internal volume. The transducers for the ultrasound and augmenting smart sensors, could be powered by a few solar panels, hence the energy requirements for the FungAI process are low. The fungi in focus are ones that produce epigeous & hypogenus sporocarps, which ensures that the non-metal by-products are value-generators and congruent with the eco-economy.

Video summary: https://youtu.be/HFLkKEmGNTs

Further details: https://fungai.bio/

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