DOC-01
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Version 0.1
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Peter Joseph
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Open to critique & revision
INTEGRAL
WHITE PAPER
A Federated, Post-Monetary, Cybernetic Cooperative Economic System
Abstract
Integral is a federated cooperative economic system designed to replace the structural logic of market capitalism — not through political capture or revolutionary rupture, but through the gradual construction of a parallel architecture that demonstrably works better for the communities that adopt it.
The system consists of five interdependent subsystems: a Collaborative Decision System (CDS) for democratic governance, an Open Access Design repository (OAD) for shared production knowledge, an Integral Time Credits system (ITC) for non-monetary contribution accounting, a Cooperative Organization System (COS) for production coordination, and a Feedback and Review System (FRS) that closes the cybernetic loop between operational reality and governance. Together, these systems coordinate production, distribution, and resource allocation without markets, money, or hierarchical authority — using real biophysical metrics rather than price signals, and democratic deliberation rather than market competition.
This document specifies the architecture at version 0.1. It is a reference for development, not a finished design. It is explicitly open to critique and revision through the project's public governance process.
The structural argument for why market economies predictably produce ecological destruction, inequality, and democratic erosion — and why architectural change is required rather than reform within the existing structure.
The five-system architecture at the macro level — how CDS, OAD, ITC, COS, and FRS relate to each other, the data flows between them, and the feedback loop that makes the whole system cybernetically viable.
The democratic governance architecture — ten modules from issue capture through weighted consensus, transparent versioning, implementation dispatch, human deliberation, and post-decision review.
CDS-1 Issue Capture
CDS-2 Structuring
CDS-3 Knowledge Integration
CDS-4 Constraint Checking
CDS-5 Deliberation
CDS-6 Consensus
CDS-7 Transparency
CDS-8 Dispatch
CDS-9 Human Resolution
CDS-10 Review
The shared design commons — ten modules covering collaborative authoring, standards management, ecological assessment, lifecycle modeling, feasibility simulation, labor decomposition, systems integration, optimization, certification, and the knowledge repository.
OAD-1 Design Capture
OAD-2 Standards
OAD-3 Ecological Assessment
OAD-4 Lifecycle Modeling
OAD-5 Feasibility
OAD-6 Labor Decomposition
OAD-7 Systems Integration
OAD-8 Optimization
OAD-9 Certification
OAD-10 Commons
The contribution accounting system — nine modules covering labor capture, skill weighting, time decay, labor forecasting, access allocation, cross-node reciprocity, fairness safeguards, ledger transparency, and system integration. Credits are non-transferable and decay over time.
ITC-1 Labor Capture
ITC-2 Skill Weighting
ITC-3 Time Decay
ITC-4 Forecasting
ITC-5 Access Allocation
ITC-6 Reciprocity
ITC-7 Fairness
ITC-8 Ledger
ITC-9 Integration
The production coordination layer — nine modules covering production planning, labor organization, resource procurement, workflow execution, capacity balancing, distribution coordination, quality assurance, inter-cooperative integration, and audit transparency.
COS-1 Production Planning
COS-2 Labor Organization
COS-3 Resource Procurement
COS-4 Workflow Execution
COS-5 Capacity Balancing
COS-6 Distribution
COS-7 Quality Assurance
COS-8 Inter-Coop
COS-9 Transparency
The cybernetic nervous system — seven modules covering signal intake, diagnostic analysis, constraint modeling, recommendation routing, democratic sensemaking, longitudinal memory, and federated intelligence exchange.
FRS-1 Signal Intake
FRS-2 Diagnostic Analysis
FRS-3 Constraint Modeling
FRS-4 Recommendations
FRS-5 Sensemaking
FRS-6 Longitudinal Memory
FRS-7 Federated Exchange
How independent nodes connect, share designs, recognize contributions, coordinate production, and exchange diagnostic intelligence without central authority — using assurance artifacts, equivalence bands, and voluntary federated protocols.
How Integral emerges alongside existing institutions — through proto-nodes, parallel operation, and gradual adoption driven by demonstrated usefulness rather than political mandate.
The white paper's own honest enumeration of what is underspecified, what remains open, and what the development process will need to resolve through real-world testing rather than theoretical specification.
CRITIQUE OR REVISE THIS DOCUMENT
The white paper is published in its own GitHub repository with structured issue templates for critique and revision. Every submission is reviewed and responded to.