Lifetime design produces 10x value for example when something lasts 5 years versus 50 years such as a skid steer
In production, technological recursion allows 50% cost reduction by substituting open knowhow for purchased goods.
For production cost of design is open and social production is used, then the resulting price is is perhaps 1/3 to 1/5 of the cost if we use open design
In a universal basic asset and fresh structure, the cost to produce materials from the waste stream is about five times lower than virgin stock.
Digital fabrication yields production at zero marginal cost over the value of the materials themselves . This is under the assumption of efficient, optimized design
With a construction set approach for product ecologies we can further expand the usability of products by factor of 5 or 10
This is not to count financing and other financial parasitism
The above add up to about a thousand x performance to cost improvement, indicating scalable prosperity

Applications

The supplies the feasibility of experimental prototype communities of tomorrow, on the scale of 10,000 people, on the size of an acre
Observed for billion dollar per community productivity, exceeding the economies of small countries
The top 10,000 factor is the enabler here
Zero marginal cost of photovoltaics is an enabler, which can further be reduced to about 10 cents per watt
Population of 10,000 is assumed sufficient to provide all the technological and social advancement of civilization
GVCS productivity can be established at approximately $5k/day forany of the core machines for producing materials (rock, biomass, ceramic, concrete, steel, plastic, fuels, foodstuffs, glass, fiber, and other core drivers of civilization)
Farm yields per acre range from $200 for corn and soybeans to $1B/acre for semiconductors. Mutually assured abundance is inevitable, if we solve for the scarcity mindset

Detes

Dirt hikes, thermal batteries, and biodigester solve the renewable energy puzzle