Governance theory · v0 · 2026-04-29

Locality as Protocol

v0 — published for critique and engagement. External calibration pending. Full artifact: system-evolution-public.

The core claim. Governance systems can evolve from organism-substrate (human institutions that enforce rules) toward rule-substrate (protocols that make violation architecturally costly). The organizing unit shifts from the nation-state toward the local rule-set, selected among by global resource flow. Four principles; five unresolved design problems.

Four Principles (summary)

A — Rule-as-substrate, not organism-as-substrate. The core product of governance is rules with high violation costs, not human institutions. Some rules no longer require human enforcement: smart contracts auto-execute. The frontier is shifting from organism-enforced to protocol-enforced governance, though organism-enforcement remains essential for physical-world interactions.

B — Locality-bound, not nation-bound. Nation-states bundle a rule-set with a territorial monopoly on force. These are separable. Each locality can have a local rule-set, but the boundary that matters is participation, not geography: who has voluntarily engaged. Estonia e-residency, Próspera, Zuzalu — each partially decouples rule-set from territorial exclusive jurisdiction.

C — Global resource flow as evolutionary signal. "Voting with your feet" (Tiebout, 1956) upgrades to "voting with capital, time, talent, and endorsement" across territorial boundaries. Rule-systems that attract global resource flow are fitter; those that lose it must adapt. Gitcoin Grants and Optimism RPGF are early experiments in cross-territorial selection mechanisms.

D — Coupled co-evolution. Individuals selecting rule-systems changes both parties over time. No stable equilibrium; ongoing optimization. The design of the selection mechanism (Buterin/Weyl quadratic funding) is itself a design problem — what properties should the mechanism that selects among rule-systems have?

Academic lineage

This framework extends: Tiebout (1956) on competitive local provision; Hirschman (1970) on exit vs. voice; Romer's charter cities (2009-); Buterin + Weyl's quadratic mechanism design (2019-); Srinivasan's Network State (2022); Estonia e-residency (2014-); Zuzalu and Cabin (2022-). The extension: global resource flow (not just local mobility) as the evolutionary signal, and treating the selection mechanism itself as a design object.

Five design problems (not solved)

Race-to-bottom equilibrium. Capital-flow selection historically rewards reducing protections. Counter-mechanisms (reputation layers, multi-dimensional signals, minimum standards coalitions) remain unimplemented at scale.
Capital-weighted ≠ person-weighted. Global resource flow is structurally capital-concentrated. The normative difference from democratic majority rule must be acknowledged explicitly, not obscured. Those who advocate capital-weighted selection mechanisms tend to be structural net beneficiaries — a known bias that should inform mechanism design.
Physical enforcement gap. Protocol governance works for digital-native assets. Property, bodily security, and physical-world contract enforcement still require organism-state capacity. Full decoupling is a multi-decade horizon.
Free-rider during transition. Actors exiting organism-states continue to consume their services. The transition-period dual obligation — building toward exit while fulfilling current governance obligations — is a feature, not a contradiction.
Cross-cutting public goods. Defense, pandemic response, climate, basic research have strong free-rider dynamics. Competing local rule-systems are historically weak on these verticals. Partial answers (quadratic funding, RPGF) are not complete. The central unsolved design problem.

Connection to software-layer governance

Open-source software projects are miniature rule-systems: governance documents define the rule-set; contributor and user engagement constitutes the resource flow; forks are exit. The design problems are structurally analogous: race-to-bottom (license minimization), capital-weighted selection (VC-backed forks), enforcement gap (license compliance), free-rider (infrastructure consumption without contribution), cross-cutting goods (security, accessibility, foundational tooling). Software governance iterates faster and generates design knowledge relevant to the harder physical-layer problems.

Full artifact

The complete version (2,800+ words, with full academic citations, extended counter-mechanism discussion, and versioning notes) is in system-evolution-public/LOCALITY-AS-PROTOCOL.md.

Related: User-Agency Substrate — the personal cognition substrate as one software-layer instance of this broader framing.

Closing. The artifact is the ask. Critique, fork the vision, build instances, silence, or nothing — is yours to choose.