Status

Accepted

Context

Peter Joseph describes Integral OAD (Open Access Design). OAD is a 10-module design certification system.

Modules:

• M1: intake
• M2: collaborative workspace
• M3–M7: five-lens analysis
• M8: optimization
• M9: certification
• M10: knowledge commons

OAD requires certification against 7 ecological coefficients before production. Coefficients cover: embodied energy, carbon, toxicity, recyclability, water use, land use, scarcity.

Vitali requested evaluation of OAD as the design system for community hardware and tool development.

Decision

Adopt OAD workflow grammar. Defer full Integral stack to Phase 2. Defer material coefficient engine and ITC to Phase 3.

OAD workflow grammar:

M1 (intake) → M2 (collaborative workspace) → M3–M7 (analysis) → M8 (optimization) → M9 (certification) → M10 (knowledge commons)

This grammar is portable. It maps to existing tools:

• git for M2
• SurrealDB for M10
• open-source LCA tools for future M3

Options Considered

Option	Description	Verdict
A	Full OAD — all 10 modules + Integral stack (CDS, COS, ITC, FRS)	❌ Premature — requires missing infrastructure
B	OAD workflow grammar only — structural process without downstream systems	✅ Adopt — implementable now, maps to existing tools
C	Defer entirely until full Integral stack exists	❌ Rejected — process grammar is valuable independently

What OAD Gets Right

1. Design commons (M10): Every certified design enters a recursive knowledge archive. Maps directly onto SurrealDB + Hyperon migration path. 2. Five-lens evaluation (M3–M7): Five independent analysis lenses apply to every design. Lenses are: ecology, time, physics, labor, context. Implementable incrementally. 3. Version-controlled branching (M2): GitHub-for-CAD. Available now via existing git infrastructure. 4. Ecological coefficient intent: OAD requires 7 material coefficients before production. Principle is correct. Timing for Phase 1 is wrong. 5. Post-scarcity incentive model: Contribution satisfaction over monetary compensation. Culturally dependent. Cannot be engineered until the community is larger.

The Four Blocking Constraints

OAD modules M3–M10 require pieces that do not exist yet.

Constraint	Module	Why It Blocks
No material coefficient database	M3	Proprietary data. No offline fallback. Fails during internet blackout.
No COS/ITC/FRS	M9/M10	No execution path without downstream systems.
No constitutional governance	M9 thresholds	Policy-determined thresholds. No authorized setter yet.
Scale mismatch	All	OAD assumes 12–200 people with shared intent. Pre-constitutional community cannot meet this precondition.

Phase-Gated Path

Phase	Actions
Phase 1 (now)	M1 + M2 using git.

M10 using SurrealDB. Approximate M3 ecological intent with checklists until coefficient database is available. |

Phase 2 (3–6 months)	Build M3–M7 incrementally.

Develop regional coefficient database via OpenLCA + Ecoinvent. Establish constitutional threshold-setting. |

Phase 3 (6–12 months)	Integrate AME outputs for contributor trust scoring.

Implement ITC-inspired access value calculation. P2P mesh sync for offline resilience. |

Positive

• RegenTribes gains a rigorous, proven design process immediately.
• Five-lens evaluation is implementable without the full stack.
• M10 (knowledge commons) maps to existing SurrealDB graph schema.
• No dependency on Integral CDS, COS, ITC, or FRS in Phase 1.

Negative

• No ITC incentive system — design contribution relies on voluntary engagement.
• No material coefficient database — ecological scoring uses approximations during Phase 1.
• No CDS — certification thresholds are set ad hoc until constitutional rules exist.
• Offline operation is limited to locally computable analysis.

Risks

• Community may attempt full OAD adoption, hitting blocking constraints.
• Without formal governance, "who decides certification thresholds" will recur.
• Voluntary engagement model may not sustain sustained design contribution.

References

• Peter Joseph, Revolution Now Ep 60: Integral OAD — integralcollective.io
• OAD 10 Modules: M1 intake, M2 workspace, M3–M7 five-lens analysis, M8 optimization, M9 certification, M10 commons