The CommonGround Constitution

Version: 2.0 Date: 2026-04-15 Status: Draft — open for community review License: Creative Commons Attribution-ShareAlike 4.0 (CC BY-SA 4.0)

Preamble

CommonGround is a system for collective sense-making — a way for groups that share resources to perceive, understand, and act on shared reality together.

Governance is not primarily about making decisions. Decisions are the periodic crystallization points of a deeper, ongoing process: the process by which a group of people construct a shared understanding of what is real, what matters, and what to do. Before a housing co-op can decide how to manage its water use, its members must be able to perceive their water situation together — not as twelve separate individual experiences of water bills, but as a shared reality they can reason about collectively. Before a bioregional body can set watershed policy, the communities it encompasses must be able to see the watershed as a common concern, not just a backdrop to separate lives.

This constitution protects the conditions under which that process can happen. Some conditions are material — shared infrastructure must not be enclosed, delegations must remain revocable, members must be able to exit. Some conditions are epistemic — the group must be able to hear different perspectives, build mutual understanding, and remember what it has learned. Both kinds of conditions are equally necessary. A group whose commons has been privatized cannot govern. A group whose capacity for shared perception has been captured cannot govern either.

The constitution is deliberately minimal. It states what must be true, not how to achieve it. Mechanisms, thresholds, and operational details live in the Default Governance Policy, which groups can amend through their own governance process.

Groups are sovereign. They can delegate authority broadly and for extended periods, but sovereignty always remains with the people. No delegation, no decision, and no precedent can permanently transfer the group’s right to govern itself.

Groups may also be nested — a housing co-op within a neighborhood commons, a neighborhood commons within a bioregional body. Nesting does not diminish sovereignty. Each level of organization is simultaneously a self-governing whole and a constituent part of a larger whole. The principles of this constitution operate at every scale. The mechanisms that implement these principles must be appropriate to the scale at which they operate. A principle is violated not only when it is overridden, but when it is implemented at a scale where its mechanism cannot function.

This framework governs both digital and physical commons. Digital commons — governance structures, data, protocols, software — can be copied, forked, and distributed. Physical commons — land, water, ecosystems, infrastructure — cannot be duplicated and are bound to place. The constitution addresses both, but the mechanisms for protecting each differ because their material properties differ.

This framework is designed for groups that make real decisions together: co-ops, land trusts, collectives, boards, and commons governance organizations. It assumes participants who are motivated by practical benefit and shared purpose, not ideological commitment. Governance structures that depend on political conviction fail when conviction fades across generations. Structures that align individual and collective interests endure.

Tier 1: Inviolable Principles

These principles protect the preconditions for collective sense-making and self-governance. They cannot be amended away. They exist so that the group always retains the capacity to perceive its situation together, change its own rules, and act on shared understanding.

When Tier 1 principles conflict with any other part of this constitution or its policies, Tier 1 prevails. Commons Protection is supreme among all principles.

Principle 1 — Revocability

All delegations are revocable. No delegation may be made irrevocable.

A group may delegate enormous authority for extended periods. But the right to revoke that authority can never be signed away. Irrevocable delegation is a transfer of sovereignty — it creates a ruler, not a delegate.

Scale-aware transition: Revocability is always guaranteed, but the manner of revocation must be proportional to the complexity and external dependencies of the delegation. A 12-person co-op can recall its treasurer in a single meeting. A bioregional water authority that has entered multi-year contracts, issued permits, and made commitments to downstream jurisdictions cannot be revoked by a single vote without transition planning. The cost of revocation scales nonlinearly with the scope of the delegation.

This does not mean revocation can be delayed indefinitely. It means the revocation process must include a transition plan proportional to the commitments made under the delegation. Revocability without transition planning is either a dead letter (too disruptive to ever use) or a detonator (used without regard for consequences). A group that makes revocation practically impossible through accumulated dependencies has violated this principle just as surely as one that signs irrevocability into law.

Principle 2 — Due Process

Members subject to removal:

Without due process, governance becomes a tool of exclusion. The right to be heard before removal is foundational to legitimate collective action. This principle is fully scale-invariant — a person facing removal from a 12-person co-op or a bioregional council is entitled to the same structural protections.

Principle 3 — Commons Protection

No decision may:

This principle is supreme. When it conflicts with any other principle, Commons Protection prevails. The greatest risk to any commons is enclosure — gradual capture by private interests. This principle makes enclosure structurally impossible, not merely discouraged.

The epistemic commons: The most fundamental commons a group possesses is its capacity to perceive and understand together. Material commons — land, water, tools, infrastructure — require governance. But governance itself requires a prior commons: the shared capacity to direct attention, hear different perspectives, build mutual understanding, and construct shared meaning. This epistemic commons can be captured, depleted, or destroyed just like any material commons, and its loss is more devastating because it destroys the group’s ability to govern anything else.

Epistemic capture occurs when a small group controls not just the decisions but the frame through which the group perceives its situation — what counts as a problem, what counts as a solution, what questions are even askable. This is more dangerous than controlling decisions, because it’s invisible. A group can see when a decision is imposed. It cannot easily see when the range of thinkable options has been narrowed.

Attention enclosure occurs when the governance process itself consumes the group’s collective attention so thoroughly that no capacity remains for the sense-making governance depends on. Every issue becomes a referendum, every referendum requires quorum, every quorum requires notification, and the group’s cognitive bandwidth is consumed by the apparatus of governance rather than the substance of their shared life. Subsidiarity (Principle 8) is one defense against this, but the threat should be named: governance procedures that exhaust collective attention are self-defeating.

Reality fragmentation occurs when members of the same group inhabit such different information environments that they can no longer construct shared reality — not disagreement (which is healthy and necessary) but the collapse of the shared perceptual ground that makes disagreement legible. The system should detect when deliberation produces parallel monologues rather than mutual understanding, and surface this as a governance health crisis, not a participation metric.

Commons identification: The designation of something as shared infrastructure — as commons — is itself a governance act requiring deliberation. At the scale of a housing co-op, the commons is obvious: everyone sees the shared laundry room, the community garden, the tool library. At the scale of a bioregion, what constitutes shared infrastructure is a contested political question. Is the fiber optic network commons? Is the gene pool of the native salmon run? Is the aquifer beneath private land? Commons Protection cannot protect what has not been identified. The act of naming the commons is the first act of protecting it. This applies equally to the epistemic commons — the group must identify and name the conditions for shared perception that it commits to protecting.

Physical and digital commons: Physical commons — land, water, ecosystems, built infrastructure — are bound to place, cannot be duplicated, and degrade under overuse. Digital commons — governance structures, data, protocols, knowledge — can be copied without diminishing the original. The obligation to protect applies regardless of type, but the mechanisms differ. Physical commons require stewardship of the resource itself, including use limits, regeneration protocols, and boundary management. Digital commons require protection against enclosure, lock-in, and proprietary capture. A governance framework that treats all commons as digital will fail to protect watersheds. One that treats all commons as physical will unnecessarily restrict the sharing of knowledge and tools.

Principle 4 — Forkability

Any group may fork the system and its governance. Forks inherit the obligation to honor exit rights and data portability for their own members.

Forking means copying, not partitioning. The original commons remains whole. The right to exit and rebuild is the ultimate check on governance failure. If a group cannot fork, it is captive.

Forkability is recursive: every fork carries forward the same guarantee. No fork may become a trap.

Physical commons limitation: Forkability operates fully for digital commons — governance structures, protocols, decision records, and software can be copied without loss. For physical commons, forkability means the right to exit the governance structure, not the right to duplicate the resource. You can leave a watershed federation; you cannot fork a watershed. You can exit a land trust’s governance; you cannot copy the land.

This distinction matters because a governance framework built entirely on exit rights fails for physical commons. If the only recourse is to leave, then whoever stays controls the resource by default. For physical commons, forkability is necessary but not sufficient — it must be paired with voice mechanisms (Principle 8, Scope and Subsidiarity) and compliance structures (see Compliance and Graduated Response) that make staying and working through disagreement viable, not just leaving.

Principle 5 — Holonic Nesting

CommonGround instances may nest within one another, forming holonic structures where each level of organization is simultaneously a self-governing whole and a constituent part of a larger whole.

A holon — from the Greek holos (whole) and the suffix -on (part) — is something that is at once complete in itself and embedded in something larger. A housing co-op is a whole with its own governance, and also a part of a neighborhood commons. The neighborhood commons is a whole, and also a part of a bioregional body. This is not hierarchy in the command sense — no level commands another. It is a nested system of self-organizing wholes that maintain coherence through shared principles, not through control.

Each level of the holarchy is also a distinct sense-making unit — a scale at which shared reality is constructed. A co-op makes sense of household-scale reality. A neighborhood commons makes sense of block-scale reality. A bioregional body makes sense of watershed-scale reality. These realities must be coherent — the co-op’s understanding of water can’t completely contradict the bioregion’s — but they aren’t identical. Inter-level communication is the process by which different-scale realities become mutually intelligible.

Nesting is defined by shared Tier 1 principles. When a CommonGround instance nests within a larger structure, the nesting relationship is constituted by mutual commitment to the Tier 1 principles of this constitution. The child holon is not subordinate; it is structurally coupled. Tier 1 is the connective tissue — what all levels share. Tier 2 is where each level exercises its own governance creativity. A bioregional body and a 12-person co-op share Revocability, Due Process, Commons Protection, Forkability, Holonic Nesting, and Deliberation. They may have entirely different decision methods, quorum rules, and specific deliberation formats.

Scale-appropriate autonomy: Each level of organization self-governs on matters at its own scale. Higher levels may not intrude into lower levels’ internal affairs. A bioregional water body has no authority over a co-op’s chore schedule. A neighborhood commons has no standing to dictate a co-op’s internal conflict resolution process. The boundary of autonomy is the boundary of the holon itself — if the effects of a decision are contained within the holon, that decision belongs to the holon alone.

Override doctrine: A parent holon may constrain a child holon only under two conditions:

  1. Tier 1 violation: The child’s actions violate a shared Tier 1 principle. A co-op that privatizes its commons (violating Principle 3) has broken the structural integrity of the nesting relationship. The parent doesn’t merely observe — it has an obligation to act, because enclosure at any level threatens all levels.
  2. Boundary-crossing externalities: The child’s decision creates effects that escape the child’s boundary and affect sibling holons or the parent’s commons. A co-op that dumps waste into the shared watershed has created an externality that the bioregional body must address.

In no case may a parent holon override a child’s Tier 2 choices — decision methods, facilitation practices, quorum thresholds, or deliberation formats that the child has determined through its own governance process. Scale-appropriate autonomy means autonomy over internal matters is inviolable.

Coherence without control: Nested holons maintain alignment not through commands from above but through shared constraints and mutual legibility. In biological holonic systems, a cell follows the body’s hormonal signals not because the brain commands it but because the cell’s own regulatory mechanisms respond to systemic conditions. In governance, coherence emerges from shared Tier 1 principles, transparent Civic Memory across levels, and inter-level communication — not from directives.

Federation: Two or more CommonGround instances may federate — proposing shared governance of specific shared resources while maintaining sovereignty over their own affairs. Federation is built upward from autonomous base units, not downward from a central authority. The federated layer exists to serve the member groups, not the reverse. No federation may compromise a member group’s right to exit.

Federation is distinct from nesting. Nesting implies structural embedding — a co-op is part of a neighborhood commons in the way a cell is part of an organ. Federation implies voluntary coordination — two neighborhood commons choose to coordinate watershed management. Both are valid holonic relationships, but they carry different obligations. Nested holons share all Tier 1 principles by structural necessity. Federated holons share those principles they explicitly agree to share.

Inter-level communication: Each level of organization is responsible for making its patterns legible to adjacent levels.

Shared protocols: Sibling holons at the same level may establish shared protocols governing their interactions without creating a parent authority. Two co-ops sharing a wall can negotiate noise agreements. Two neighborhood commons sharing a river can establish water use protocols. Shared protocols are coordination, not governance — they lack jurisdiction but create mutual obligation. When shared protocols prove insufficient, the affected holons may escalate to a parent level or create one through federation.

Principle 6 — Deliberation

All governance must include structured deliberation. No decision proceeds directly to resolution without the group having the opportunity to build shared understanding through multiple perspectives.

Deliberation is not a procedural prerequisite to the real business of governance. Deliberation is governance. It is the process through which a group constructs the shared reality on which decisions rest. Voting without deliberation is preference aggregation — counting what people already think. Deliberation is the process that changes what people think by bringing partial views of reality into contact with each other. The decision that follows is better not because more people were consulted, but because the reality on which it is based is more complete.

A group that eliminates deliberation has not merely chosen a faster decision method. It has destroyed its capacity to construct shared understanding, and therefore its capacity to govern. This is why Deliberation is a Tier 1 principle — it protects the precondition for collective sense-making itself.

Deliberation is complete when both a minimum time floor has elapsed and participation quorum has been met. The facilitator may extend deliberation but cannot shorten it below the floor. Any member may request one extension if they believe a significant perspective has not been heard.

Perspectival integrity: Perspectives are not opinions to be aggregated. They are partial views of reality that, when brought into contact, enable a more complete shared understanding to emerge. The system must protect the conditions under which perspectives can encounter each other: enough shared context for mutual intelligibility, enough difference for mutual enrichment, enough care for mutual respect.

The system must also detect when perspectives have stopped encountering each other — when deliberation is producing parallel monologues rather than shared understanding. This is not a participation metric but a sense-making health signal. When the system detects that contributions are clustering without cross-engagement (perspectives responding only to aligned perspectives, ignoring or dismissing divergent ones), it surfaces a legibility warning: the group’s capacity to construct shared reality is degrading.

Scale-appropriate methods: The form of deliberation must be appropriate to the scale at which it occurs. Twelve people can deliberate face-to-face in an evening. Five hundred people need asynchronous threaded discussion over weeks. Fifty thousand people need representative deliberation structures — sortition-based citizen assemblies, rotating advisory councils, or structured multi-stage processes — or the deliberation requirement becomes theater.

At higher scales, representative deliberation satisfies this principle. A sortition panel of 30 randomly selected members deliberating on behalf of a 50,000-member bioregional body fulfills the principle’s intent more faithfully than a town hall where only the loudest voices are heard. The principle protects the quality of collective understanding, not the form of participation. Groups should evaluate and evolve their deliberation methods as they grow (see Governance Health Checks under Decision Methods).

Principle 7 — Framework Accountability

The constitutional framework is governed by the communities it serves, not by the organization that built it. No change to Tier 1 principles is valid without a supermajority of active community holons. The founding organization is steward of the infrastructure, not sovereign over the rules that govern it.

This principle exists to prevent capture of the framework itself. An organization that can unilaterally change the constitutional rules it nominally serves has made those rules meaningless. The power to define the rules is the ultimate power — which is why that power must rest with the communities, not the platform.

Transition obligation: Phase 1 necessarily concentrates some authority in the founding team — the group that writes the initial code and drafts the first governance documents. This is a legitimate temporary condition, not a permanent right. There must be a documented, binding timeline for transitioning constitutional governance to a federated body drawn from active communities. “We’ll do it later” is a governance failure in waiting. The transition dates are constitutional commitments, not aspirations.

What the founding organization may and may not do:

The supermajority threshold: Changes to Tier 1 principles require approval by a supermajority (≥ two-thirds) of active community holons with at least 90 days of public deliberation. This threshold is high by design — Tier 1 principles are the shared grammar of the system. Changing them should be rare, deliberate, and broadly consented.

Tier 2: Core Values

These principles are constitutional values that groups can amend through supermajority. They represent considered defaults that most groups should preserve, but sovereignty rests with the people.

Principle 7 — Bootstrap

The founder establishes the initial constitution. Members consent to it by joining.

Once the group reaches a defined membership threshold, the constitution becomes ratifiable. The community may ratify, amend, or replace the constitution through supermajority vote. If ratification fails, the group enters a structured amendment period with the founder’s version remaining in effect until a replacement passes.

The consent-based meta-method is the one rule that precedes all others — it resolves the bootstrap paradox by requiring only the absence of paramount objections, not unanimous enthusiasm.

Scale-dependent legitimacy: The founder’s authority is inversely proportional to the scale of the commons being governed. A person who starts a 12-person housing co-op and writes the initial rules has natural legitimacy — the founding group chose to join that specific project. A person who declares themselves the constitutional founder of a bioregional water governance body encompassing 50,000 stakeholders across multiple municipalities has a democratic deficit. The bootstrap problem at higher scales is not just procedural — it is one of standing.

At higher scales, the founder’s authority window should be shorter and the threshold for triggering ratification should be lower. A bioregional body should reach ratification quickly, because the longer a single founder’s vision governs a large population, the greater the legitimacy gap. The specific thresholds are policy, but the principle is constitutional: scale amplifies the urgency of ratification.

Principle 8 — Scope and Subsidiarity

Decisions should be made at the lowest level whose boundary contains all the effects of the decision. Only those materially affected participate in referenda.

In a flat governance model, “lowest competent level” means the level with the most knowledge and standing. In a holonic model, competence means something more precise: the lowest level whose boundary encompasses the full scope of the decision’s effects. A co-op can decide its own noise rules because the effects are internal. A co-op cannot decide watershed policy because the effects escape its boundary. Competence is not expertise — it is scope containment.

Scope is determined by structural defaults for common decision types (project-level, platform-level, individual-level). Any member may challenge the scope of a decision during deliberation by arguing they are materially affected and petitioning for inclusion. Scope challenges are resolved during the deliberation phase.

Quorum scales with scope — a decision scoped to a subgroup requires quorum from that subgroup, not the entire membership.

Externality-triggered escalation: When a holon’s decision creates effects beyond its boundary, scope automatically escalates. The child holon does not lose the decision — it gains participants. Affected sibling holons and, if necessary, the encompassing parent level are drawn into deliberation. Escalation is a signal of interconnection, not a punishment for the child holon.

Interstitial governance: When a matter falls in the boundary between sibling holons — affecting both but governed by neither — the encompassing parent level has default jurisdiction. Two co-ops sharing a courtyard, two neighborhoods sharing a watershed, two bioregions sharing a migratory species corridor: in each case, the governance of the interstitial space belongs to the level that encompasses both siblings.

Where no parent level exists, the affected sibling holons must establish a bilateral protocol (see Principle 5, Shared Protocols) or create a mediating body through federation. Governance vacuums between boundaries are structural failures, not acceptable gaps. The interstitial space is where commons are most vulnerable to degradation, because no one has clear responsibility.

Without subsidiarity, the system collapses. Every decision becomes everyone’s decision, creating gridlock and fatigue. Without scope containment, subsidiarity itself collapses — the most powerful level claims competence for everything.

Principle 9 — Bounded Referendum Right

Any member may initiate a referendum if supported by a minimum threshold of members relevant to the decision’s scope.

The threshold requirement prevents frivolous or bad-faith referenda and introduces signal — a referendum with support carries weight. The threshold is configurable by the group, but the right to initiate referenda can never be reduced to zero. Eliminating the referendum right would eliminate the mechanism for revocability (Principle 1).

Principle 10 — Participation Integrity

Decisions require quorum thresholds and transparent rationale.

Three tiers of quorum prevent decisions from being made without sufficient collective engagement:

When the system detects that a small subset of members is participating in a disproportionate share of decisions, it surfaces a concentration warning. This is a signal for the group to reflect on participation health, not a gate that blocks action. The absence of formal hierarchy does not eliminate power — it can make power invisible. The system must make both formal authority and informal influence legible.

Cross-holon conflict detection: When an individual holds membership in multiple sibling holons and those holons produce decisions that conflict — overlapping claims on shared space, incompatible resource commitments, contradictory obligations — the system surfaces this as a coordination signal. The individual caught between nested memberships is the carrier of a contradiction that the governance structure does not otherwise see. This is not a burden on the individual but a system-level obligation: detect when overlapping memberships produce overlapping decisions, and route the conflict to the appropriate level for resolution (typically the encompassing parent level, per Principle 8).

Information accessibility: Participation integrity requires not just access to information but comprehensible information. Complex issues must be presented in ways that allow all members — not just experts or veterans — to participate meaningfully. Information asymmetry is the primary mechanism of capture: those who control what others know control what others decide. But information accessibility is not just about distributing facts — it is about making the situation perceivable. A chart showing water flow data is information. A visualization that shows how upstream decisions affect downstream communities is shared perception. The system should aspire to the latter.

A decision made by a few members wearing collective legitimacy is not a collective decision. Quorum ensures decisions represent the group, not just its most active members.

Authority Model

CommonGround has no fixed roles and no admin/member class distinction.

Governance authority:

Operational stewardship:

Inter-level authority in holonic structures:

Power in CommonGround is always contextual, visible, and revocable.

Compliance and Graduated Response

Governance decisions bind all members within the decision’s scope. A constitution without compliance is advisory, not governing. The absence of enforcement erodes trust — members who follow collective decisions lose faith when members who ignore them face no consequence. Elinor Ostrom’s research on long-enduring commons institutions found that monitoring by participants and graduated sanctions for violations were among the most consistent predictors of institutional survival.

Compliance is not punishment. It is the mechanism by which collective decisions have force in the world. A commons that cannot enforce its own agreements is a commons in name only.

Graduated response:

When a member or subgroup does not comply with a binding decision:

  1. Notification — The non-compliance is surfaced. The member is informed and given opportunity to comply voluntarily.
  2. Deliberation — The group deliberates on the non-compliance. This step is critical because non-compliance may reveal a flaw in the decision itself. If the decision was wrong, the appropriate response is to amend the decision, not to enforce compliance with a bad rule. Deliberation distinguishes between defiance and dissent-through-action.
  3. Proportionate sanction — Sanctions defined by the group’s policy, proportionate to the harm caused by the non-compliance. Loss of specific privileges, temporary restrictions, required mediation, or restorative obligations. Sanctions must be proportionate to the harm, not to the defiance. The purpose of compliance is the health of the commons, not the assertion of authority.
  4. Removal — For persistent, deliberate non-compliance that harms the commons, removal proceedings under Due Process (Principle 2). This is the final step, not the first response.

Scale examples:

Compliance in holonic structures: At the inter-level scale, compliance means a child holon honoring the shared Tier 1 principles and any decisions at the parent level that legitimately fall within the parent’s scope. When a child holon does not comply, the parent level’s graduated response follows the same pattern: notification, deliberation (which may reveal that the parent’s decision was overreaching), proportionate constraint, and ultimately the child’s exit or removal from the nesting relationship. Critically, the distinction between “staying while violating” and “leaving” (Principle 4) is structural: a child holon that remains nested while ignoring shared principles creates incoherence for all sibling holons and the parent. Forkability guarantees the right to leave. It does not guarantee the right to stay while undermining the commons.

Membership

Membership is the active exercise of participation, not merely the possession of an account.

The community may redefine what constitutes meaningful interaction, subject to three constraints:

  1. The definition can never require spending money or possessing resources beyond platform access
  2. Changes to the liveness definition require supermajority approval
  3. The reactivation grace period before referenda is hardcoded and cannot be removed

Admission requires vouching by an existing active member. Growth is rate-capped to prevent coordinated capture.

Boundary Management in Holonic Structures

In a holonic system, membership is nested. An individual is a member of a co-op. The co-op is a member of a neighborhood commons. The neighborhood commons is a member of a bioregional body. This creates questions that single-level membership models do not face.

Nested membership: Individuals have direct membership in their immediate holon and indirect membership in encompassing holons through their holon’s participation. An individual participates in neighborhood-level decisions through their co-op’s delegation, not as a direct member of the neighborhood commons — unless the neighborhood commons defines direct individual membership as well. Both models are valid; the choice belongs to each level’s governance.

Multi-membership: Individuals may belong to multiple sibling holons at the same level — living in one co-op, working at another, participating in a community garden cooperative. Multi-membership creates the possibility of conflicting obligations. The system does not prevent multi-membership, but it does surface conflicts when they arise (see Principle 10, Cross-Holon Conflict Detection).

Boundary porosity: The boundary of a holon is not a wall. Non-members who are materially affected by a holon’s decisions may petition for inclusion in deliberation through scope challenges (Principle 8). This is especially important in physical commons: a downstream community affected by an upstream holon’s water decisions has standing to participate even without membership, because the effects of the decision cross the holon’s boundary.

Decision Methods

The framework supports pluggable decision methods. The default is consent-based process.

Consent-based (default):

Method changes:

Voting privacy: Members may request secret ballots for any decision. Social pressure in small groups is real — open voting can coerce conformity even without explicit intimidation. The option of anonymous voting protects the integrity of individual judgment while preserving collective decision-making.

Groups choose their method per-issue or set a space-wide default. The method layer is an open module system.

Governance sandbox:

Any subgroup may propose a time-bounded experiment with an alternative governance mechanism — a different decision method, quorum structure, deliberation format, or scope model — limited to their subgroup and bounded in duration. At the end of the experiment, results are evaluated and the mechanism is either adopted, adapted, or abandoned. Experiments and their outcomes are recorded in Civic Memory, allowing the system to evolve novel structures through controlled variation rather than wholesale change.

Mutual Aid and Collective Capacity

Governance is not only protective — it is generative. The system exists not just to prevent capture and abuse, but to enable members to perceive together, help each other, share resources, and build collective capacity.

A governance framework that designs only around preventing bad behavior will produce a defensive, legalistic culture — a group that is excellent at blocking bad decisions but incapable of creating good ones. The protective principles of this constitution (commons protection, revocability, due process) are necessary but not sufficient. They create the conditions for collective sense-making. Mutual aid and solidarity are what collective sense-making produces — the group’s capacity to act generatively, not just defensively.

CommonGround should make it as easy to offer help as it is to raise objections. Acts of mutual aid — sharing knowledge, contributing resources, mentoring new members, translating complex issues into accessible language, building shared infrastructure — are meaningful participation in governance, not separate from it. A member who helps another member understand a complex water management issue is doing governance work: they are expanding the group’s capacity to perceive its situation together.

The specific mechanisms for mutual aid are defined in policy. But the principle is constitutional: the commons exists to be used, not just protected. A commons that is perfectly defended but never generative has failed. The measure of governance is not only “did we prevent capture?” but “did we build something together that none of us could have built alone?”

Civic Memory

All governance activity is recorded in Civic Memory, creating a transparent institutional history and the substrate of collective understanding.

Civic Memory is more than an archive. It is the medium through which the group’s shared reality persists and evolves over time. When new members join, Civic Memory is how they encounter the group’s accumulated understanding — not just what was decided, but how the group perceived its situation, what perspectives were in play, and why the decision made sense at the time. Civic Memory is the group’s collective perception, made durable.

Decision Records contain: the issue, all perspectives surfaced, the decision method used, the outcome, the rationale, and any dissenting views. The facilitator drafts the record, which is open for objection during a review window before finalization.

Civic Memory is append-only with annotation. Records are never deleted or edited, but may be annotated with links to later decisions that supersede them. The group’s understanding changes; its history does not.

Precedent in Civic Memory is informational, not binding. The group should learn from its history but is never trapped by it. Binding precedent creates rigidity inappropriate for a living governance system. The group’s shared reality evolves; precedent that was right in one context may be wrong in another.

Metabolization: Civic Memory accumulates without limit. To prevent institutional history from becoming an archaeological barrier to new members, the group periodically produces Civic Memory digests — compressed summaries of precedent that serve as the recommended entry point. The raw records remain, but digests force periodic re-examination of whether old precedent still represents the group’s understanding. Digests are themselves deliberated artifacts — the group collectively asking “given what we know now, what did we actually do, and what does it mean?” Every digest is an act of collective re-perception.

Cross-holon pattern recognition: In holonic structures, Civic Memory operates across levels. When multiple CommonGround instances within a holonic structure record similar patterns — recurring conflicts of the same type, parallel governance experiments converging on the same mechanism, repeated scope challenges at the same boundary — the encompassing parent level is obligated to surface this as a structural signal.

This is emergence recognition: the ability to see that local patterns signal systemic conditions. If 15 co-ops independently create informal conflict resolution practices, that convergence is information — it signals that the neighborhood commons should consider a formal conflict resolution framework. If 30 neighborhood commons all amend their constitutions to add water conservation provisions, that convergence signals that the bioregional body should address water governance at the bioregional level.

Cross-instance pattern recognition is a duty of the encompassing level, not a discretionary function. Emergence blindness — the failure to notice that local patterns form systemic pictures — is a structural failure of holonic governance.

Constitutional Amendment

This constitution is a living document. It evolves through the governance processes it describes.

Tier 2 amendments require a 2/3 supermajority with platform-wide scope (not subsidiarity-scoped).

Tier 1 amendments require a 2/3 supermajority with a mandatory 30-day deliberation period and platform-wide scope.

Absolute limit: No amendment may eliminate exit rights or forkability (Principle 4). These are the preconditions that make amendment itself safe. Without the right to leave, the right to change the rules is meaningless.

The constitution’s resilience comes from forkability, not from procedural armor. If the people genuinely want to change a foundational principle, the constitution should not stand in their way — and those who disagree retain the right to fork.

Conflict Resolution Between Principles

Principles will conflict under pressure. This is expected and healthy. Conflict is information, not dysfunction — it is the system perceiving a tension that its current categories cannot resolve.

  1. Tier 1 always prevails over Tier 2. Commons Protection (Principle 3) is supreme among all principles.
  2. Between Tier 1 principles, Revocability (1), Due Process (2), Forkability (4), Holonic Nesting (5), and Deliberation (6) are co-equal. Conflicts between them are resolved through deliberation with special attention to all affected principles.
  3. Between Tier 2 principles, conflicts become issues. The group deliberates on the tension using CommonGround itself, and the resolution is recorded in Civic Memory.

Inter-level conflicts:

Holonic nesting creates conflict types that do not exist in a flat governance model:

Conflict recurrence as signal: When the same type of principle conflict arises repeatedly (3+ times), the system surfaces it as a structural tension — not another issue to resolve, but a signal that the constitutional framework itself may need to evolve. Recurring conflict indicates the system’s categories are wrong, not that one side should keep winning. Structural tensions are tracked in Civic Memory and are prioritized during governance retrospectives.

The system is designed to make these conflicts visible and resolvable, not to eliminate them.

External Context

CommonGround governance exists within broader legal, political, and ecological contexts. This constitution does not claim authority it cannot exercise. It does not create legal rights enforceable against external parties.

Where external authority conflicts with constitutional principles, the group deliberates on its response — which may include compliance, legal challenge, civil disobedience, or strategic accommodation. The constitution does not prescribe the response. It requires that the response be a deliberated collective choice, not a default or an individual’s decision.

Why this matters: A housing co-op using this framework still exists within municipal law, landlord-tenant regulations, and building codes. A bioregional water body exists within state and federal water rights law. The constitution’s silence on external authority would create false confidence — groups might deliberate themselves into configurations that external law overrides without warning.

Acknowledging external context does not diminish sovereignty. It makes sovereignty realistic rather than aspirational. A group that understands its legal environment can navigate it strategically. A group that ignores its legal environment will discover its constraints in crisis, when the cost of adaptation is highest.

This acknowledgment is especially important for physical commons, which are frequently subject to property law, environmental regulation, and jurisdictional claims that predate and may conflict with commons governance. A CommonGround instance governing a community land trust operates within a web of zoning, tax, and property law that constrains what governance decisions are materially possible. The constitution should help groups make clear-eyed decisions within these constraints, not encourage governance fiction that ignores them.

Relationship to Software

This constitution is a standalone governance design. CommonGround the software is its reference implementation.

The constitution evolves through community deliberation — using CommonGround itself where possible.

This constitution was developed through structured adversarial deliberation, holonic governance analysis, and enactivist inquiry — itself an application of the principles it describes.