Self-Organizing Applied Civilization Labs

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Revision as of 21:00, 15 March 2026 by Marcin (talk | contribs) (Created page with "= Self-Organization Architecture for Physical Open Source Production (OSE Model) = {| class="wikitable sortable" ! Layer ! Function ! OSE Implementation ! Civilization / Systems Science Insight ! Key Thinkers |- | Mission Layer | Shared civilizational purpose and direction | Completion of the Global Village Construction Set (GVCS) and open source economy | Complex systems require a strong attractor to coordinate distributed agents | Stuart Kauffman, [[Elinor Ostrom]...")
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Self-Organization Architecture for Physical Open Source Production (OSE Model)

Layer Function OSE Implementation Civilization / Systems Science Insight Key Thinkers
Mission Layer Shared civilizational purpose and direction Completion of the Global Village Construction Set (GVCS) and open source economy Complex systems require a strong attractor to coordinate distributed agents Stuart Kauffman, Elinor Ostrom
Information Layer Open knowledge, documentation, design history, and engineering data OSE Wiki, CAD libraries, BOMs, design logs, open documentation Self-organizing systems require transparent shared information John Holland, Herbert Simon
Coordination Layer Task decomposition and interface protocols Module-based design, Extreme Design/Build sprints, task graphs Complex adaptive systems operate through modularity and interface rules Christopher Alexander, Herbert Simon
Funding Layer Continuous capital flow to support development and operations Seed Eco-Home builds generating revenue every 6 weeks through construction teams Economic metabolism sustains innovation ecosystems Jane Jacobs, W. Brian Arthur
Logistics Layer Procurement, inventory, supply chains, parts flow Material sourcing, kit preparation, warehouse staging, vendor networks Physical production systems require stable material flows Jay Forrester
Production Layer Fabrication, assembly, testing of machines and infrastructure Factor e Farm workshops, microfactories, machine build sprints Innovation accelerates through rapid build-test cycles Eric von Hippel
Human Infrastructure Layer Housing, food, health, training, and well-being of contributors Apprenticeship housing, communal facilities, training programs Human capital and trust networks are essential infrastructure Elinor Ostrom, Peter Turchin
Site Infrastructure Layer Physical workspace and utilities Workshops, CNC equipment, utilities, internet, tool libraries Physical infrastructure acts as the substrate for productive networks Geoffrey West
Education Layer Training and skill development Deep Generalist Bootcamp and Builder Crash Course Knowledge diffusion drives exponential innovation Buckminster Fuller
Governance Layer Conflict resolution and decision protocols Open governance, transparent decision records, collaborative literacy Polycentric governance stabilizes complex systems Elinor Ostrom
Regeneration Layer Feedback, reinvestment, and system learning Revenue reinvested into machine development and infrastructure Adaptive systems must continuously learn and reinvest energy Donella Meadows