# DAO Typologies

### **6.1 DAO Typologies (ClauseDAO, SimDAO, CredentialDAO, AppealsDAO)**

**Classifying and Structuring Specialized DAOs for Verifiable Governance in NSF**

***

#### **6.1.1 Rationale for Typed DAOs in NSF**

Not all governance functions require the same quorum design, operational logic, or data scope. To ensure **role-specific authority**, NSF introduces a system of **typed DAOs**, each managing a discrete segment of the protocol's execution and trust infrastructure.

Typed DAOs enable:

* Scoped decision-making
* Modular governance upgradeability
* Cross-DAO communication with integrity
* Composable policy enforcement by domain
* Legal and treaty-aligned compartmentalization

These DAOs operate autonomously but **bind their actions to clause hashes, simulation validity, and credential structures.**

***

#### **6.1.2 DAO Taxonomy**

| DAO Type          | Scope                                                                         | Key Responsibilities                                                    |
| ----------------- | ----------------------------------------------------------------------------- | ----------------------------------------------------------------------- |
| **ClauseDAO**     | Governance over individual clauses or clause families                         | Clause creation, upgrade approval, policy anchoring, trigger evaluation |
| **SimDAO**        | Oversight of simulation models and execution parameters                       | Approving models, verifying forecasts, managing simulation VCs          |
| **CredentialDAO** | Credential issuance and revocation governance                                 | Defining credential schemas, controlling registries, auditing oracles   |
| **AppealsDAO**    | Dispute resolution, override review, cross-jurisdictional conflict resolution | Evaluating revocations, credential conflicts, clause misfires           |

Each DAO can instantiate sub-DAOs or federated quorums based on regional, institutional, or treaty-based scopes.

***

#### **6.1.3 ClauseDAO**

Responsible for:

* Reviewing and publishing clause definitions
* Voting on upgrades or deprecations
* Enforcing domain- or jurisdiction-specific usage conditions
* Anchoring clause hashes to policy contracts
* Managing clause-based governance workflows (e.g., rollout after successful simulation)

ClauseDAOs hold the **sovereign logic of executable governance**.

***

#### **6.1.4 SimDAO**

Responsible for:

* Whitelisting or revoking simulation models (e.g., `FloodSim@3.4`)
* Verifying simulation outputs using predefined oracles
* Defining acceptable uncertainty thresholds and risk classes
* Maintaining forecast audit logs
* Enabling clause simulation triggers only upon quorum approval

SimDAOs serve as **trusted foresight authorities**, ensuring computational legitimacy of predictive policy.

***

#### **6.1.5 CredentialDAO**

Responsible for:

* Authorizing issuers of specific credential types
* Managing credential registries, revocation lists, and issuance hooks
* Approving credential bundling policies and dependency logic
* Controlling ZK circuits for credential disclosure and usage
* Issuing override credentials (e.g., emergency roles)

CredentialDAOs represent the **institutional memory** of NSF’s trust fabric.

***

#### **6.1.6 AppealsDAO**

Responsible for:

* Resolving disputes involving multiple DAOs or jurisdictions
* Reinstating revoked credentials under exceptional conditions
* Overriding clause execution freezes
* Mediating conflicts between simulation-triggered policy and legal governance
* Providing a protocol-level adjudication layer for cross-domain errors

AppealsDAOs enforce **institutional redundancy and trust correction** mechanisms within the NSF ecosystem.

***

#### **6.1.7 Interactions and Cross-DAO Coordination**

DAOs interact via:

* Shared governance logs (e.g., execution history, quorum records)
* Joint clause anchoring (e.g., SimDAO and ClauseDAO co-approve trigger logic)
* Federated vote synchronization (e.g., multilateral policy approval)
* Credential-recognition registries (e.g., CredentialDAO trusts issuer from UNDAO)

This inter-DAO mesh ensures **composability without centralization**—each DAO upholds its domain while interoperating through verifiable state.

***

#### **6.1.8 DAO Anchoring to Clause Hashes and CACs**

All DAOs are cryptographically bound to:

* The clause hashes they govern
* The CACs (Clause-Attested Computes) that result from execution
* The credentials they issue or recognize
* The audit trails from any overridden, revoked, or simulated action

This provides **non-repudiable traceability** from DAO governance to real-world decision enforcement.

***

#### **6.1.9 DAO Lifecycle Management**

DAOs are governed by their own metadata:

```json
{
  "dao_id": "UNFCCC-SimDAO",
  "jurisdiction": "INTL",
  "dao_type": "SimDAO",
  "created_at": "2025-01-01",
  "clause_scope": ["EmissionForecasting", "ClimateTriggerPolicies"],
  "governance_model": "WeightedQuadratic+TimeDecay",
  "audit_oracle": "oracle-sim-0xabc...",
  "revocable_by": "UNFCCC-TreatyCouncilDAO"
}
```

DAOs may:

* Fork
* Expire
* Merge
* Revoke their own jurisdictional scope
* Be escalated to AppealsDAO if behavior violates clause or treaty parameters

***

#### **6.1.10 Typed DAOs as the Institutional Fabric of NSF**

Typed DAOs convert the NSF protocol from a raw execution engine into a **programmable multilateral governance substrate**. Each DAO type holds:

* **Explicit trust boundaries**
* **Self-contained audit trails**
* **Clause-linked authority**
* **Upgradable governance logic**

Together, they form a **decentralized operating system for machine-legible policy**, simulation-backed forecasting, and digitally enforceable institutional behavior.

***


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