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aptos-gf3-society skill

/skills/aptos-gf3-society

This skill helps you reason about GF(3) conservation in Aptos Move governance, generating modules that enforce triadic balance on-chain.

npx playbooks add skill plurigrid/asi --skill aptos-gf3-society

Review the files below or copy the command above to add this skill to your agents.

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---
name: aptos-gf3-society
description: Aptos GF(3) Society Skill
version: 1.0.0
---


# aptos-gf3-society Skill


> *"The society that sums to zero is the society that sustains."*

## Overview

**Aptos GF(3) Society** implements on-chain triadic coordination using Move smart contracts. Every operation maintains GF(3) conservation: the sum of all trit assignments is congruent to 0 (mod 3).

## GF(3) Trit Encoding (Move 1.x Compatible)

```move
const TRIT_ERGODIC: u8 = 0;  // COORDINATOR (0)
const TRIT_MINUS: u8 = 1;    // VALIDATOR (-1)
const TRIT_PLUS: u8 = 2;     // GENERATOR (+1)
```

| Role | Trit | u8 | Function |
|------|------|-----|----------|
| GENERATOR | +1 | 2 | Creates, proposes, stakes |
| COORDINATOR | 0 | 0 | Mediates, balances, votes |
| VALIDATOR | -1 | 1 | Verifies, challenges, audits |

## Denotation

> **This skill generates Aptos Move modules that implement GF(3)-balanced governance, staking, and asset management with automatic conservation enforcement.**

```
Society : (Members × Roles) → OnChainState
Invariant: ∀ state ∈ Society: Σ(trits) ≡ 0 (mod 3)
Effect: Proposals, votes, and stakes all preserve GF(3) balance
```

## Core Modules

### 1. PyUSD Staking (`pyusd_staking.move`)

```move
module aptos_society::pyusd_staking {
    struct StakingPool has key {
        generator_stake: u64,   // trit = PLUS (2)
        coordinator_stake: u64, // trit = ERGODIC (0)
        validator_stake: u64,   // trit = MINUS (1)
    }

    /// GF(3) balance check: generator ≈ validator stakes
    fun check_gf3_balance(pool: &StakingPool): bool {
        let gen = pool.generator_stake;
        let val = pool.validator_stake;
        if (gen == 0 && val == 0) { return true };
        ((larger - smaller) * 100 / larger) <= 10  // 10% tolerance
    }
}
```

### 2. IECsat Tiles (`plus_codes.move`)

Plus Code tiles with 69-byte mutual awareness:

```
69 = 3 × 23 (triadic structure)

Per tile:
  PLUS (+1):    23 bytes → GENERATOR state
  ERGODIC (0):  23 bytes → COORDINATOR state
  MINUS (-1):   23 bytes → VALIDATOR state
```

### 3. Audit Database (`aptos_audits.duckdb`)

18 audit reports from 6 auditors, all GF(3) balanced:

```sql
SELECT * FROM gf3_audit_triads;
-- auditor(+1) ⊗ protocol(0) ⊗ report(-1) = 0 ✓
```

## Officially Audited Modules

From `aptos_audits.duckdb`, safe for production use:

| Module | Verification | Requirement |
|--------|--------------|-------------|
| `coin` | Move Prover | Conservation: result.value == amount |
| `account` | Move Prover | exists<Account>(new_address) |
| `timestamp` | Move Prover | Monotonicity: new >= current |
| `stake` | Move Prover | Validator management |
| `fungible_asset` | Move Prover | Supply conservation |

## Storage Cost Analysis

```
Precision | Tiles           | Storage    | APT Cost    | USD Cost
----------|-----------------|------------|-------------|------------
10-char   | 4.1 trillion    | 286 TB     | 2.9M APT    | $34 billion
11-char   | 83 trillion     | 5.7 PB     | 57M APT     | $687 billion
17-char   | 5.3 sextillion  | 366 ZB     | 3.7 quad    | $44 quint
```

**Strategy**: Hierarchical lazy loading
- On-chain: 10-char root tiles + Merkle roots
- Off-chain: 11-17 char tiles in Arweave/IPFS
- Proof: Merkle path from root → leaf

## GF(3) Triads

```
pyusd_staking (+1) ⊗ datalog-fixpoint (0) ⊗ merkle-validation (-1) = 0 ✓
aptos-gf3-society (+1) ⊗ move-narya-bridge (0) ⊗ move-smith-fuzzer (-1) = 0 ✓
```

## Invariant Set

| Invariant | Definition | Enforcement |
|-----------|------------|-------------|
| `GF3Conservation` | Σ(trit) ≡ 0 (mod 3) | Runtime assert |
| `TriadCompleteness` | Every action requires G+C+V | Vote counting |
| `StakeNonNegative` | Stakes ≥ 0 | u64 type |
| `CooldownEnforced` | 24h minimum stake | Timestamp check |

## Commands

```bash
# Query audit database
duckdb src/nickel/aptos_society/aptos_audits.duckdb \
  -c "SELECT * FROM formally_verified_modules"

# Build Move contracts
cd src/nickel/aptos_society && aptos move compile

# Deploy to testnet
aptos move publish --profile testnet

# Check GF(3) conservation
duckdb aptos_audits.duckdb -c "SELECT * FROM gf3_audit_triads"
```

## Files

```
src/nickel/aptos_society/
├── Move.toml                 # Package config
├── aptos_audits.sql          # Audit schema
├── aptos_audits.duckdb       # Queryable audit data
├── aptos_llms_acset.clj      # Lazy docs ACSet
└── sources/
    ├── pyusd_staking.move    # GF(3) staking
    ├── society.move          # Governance
    └── gf3_move23.move       # Move 2.3 primitives
```

## References

- [Aptos Framework Formal Verification](https://medium.com/aptoslabs/securing-the-aptos-framework-through-formal-verification)
- [Move Prover Documentation](https://aptos.dev/build/smart-contracts/prover)
- [PyUSD Contract Addresses](https://www.paypal.com/us/digital-wallet/manage-money/crypto/pyusd)

---

**Skill Name**: aptos-gf3-society
**Type**: On-Chain Governance / Smart Contracts
**Trit**: +1 (PLUS - GENERATOR)
**GF(3)**: Creates societies that maintain conservation


## Scientific Skill Interleaving

This skill connects to the K-Dense-AI/claude-scientific-skills ecosystem:

### Graph Theory
- **networkx** [○] via bicomodule
  - Universal graph hub

### Bibliography References

- `general`: 734 citations in bib.duckdb



## SDF Interleaving

This skill connects to **Software Design for Flexibility** (Hanson & Sussman, 2021):

### Primary Chapter: 8. Degeneracy

**Concepts**: redundancy, fallback, multiple strategies, robustness

### GF(3) Balanced Triad

```
aptos-gf3-society (−) + SDF.Ch8 (−) + [balancer] (−) = 0
```

**Skill Trit**: -1 (MINUS - verification)


### Connection Pattern

Degeneracy provides fallbacks. This skill offers redundant strategies.
## Cat# Integration

This skill maps to Cat# = Comod(P) as a bicomodule in the Prof home:

```
Trit: 0 (ERGODIC)
Home: Prof (profunctors/bimodules)
Poly Op: ⊗ (parallel composition)
Kan Role: Adj (adjunction bridge)
```

### GF(3) Naturality

The skill participates in triads where:
```
(-1) + (0) + (+1) ≡ 0 (mod 3)
```

This ensures compositional coherence in the Cat# equipment structure.

Overview

This skill implements GF(3)-balanced on-chain governance and staking for Aptos using Move smart contracts. It enforces a triadic invariant: the sum of all trit assignments (generator, coordinator, validator) is congruent to 0 mod 3. The modules include staking, tiling metadata, and audit integration to maintain conservation across proposals, votes, and asset flows.

How this skill works

The system encodes roles as trits (PLUS = generator, ERGODIC = coordinator, MINUS = validator) and enforces a runtime GF(3) conservation invariant for every state transition. Move modules provide staking pools, proposal lifecycle, and Merkle-backed storage roots; audits and prover-verified modules validate invariants off-chain and on-chain. Storage uses hierarchical lazy loading: compact on-chain roots plus off-chain tile data with Merkle proofs to validate deeper state.

When to use it

  • Building triadic governance where every action must preserve a global conservation invariant.
  • Designing staking systems that require balanced roles and automated dispute or audit mechanisms.
  • Deploying large tiled metadata sets with on-chain roots and off-chain payloads (Arweave/IPFS).
  • Integrating Move Prover-verified modules into production-grade Aptos deployments.
  • Experimenting with categorical/compositional coordination patterns in smart contracts.

Best practices

  • Keep only compact root tiles on-chain; store full tiles off-chain and verify with Merkle proofs.
  • Use Move Prover on critical invariant checks (GF3Conservation, StakeNonNegative, Timestamp monotonicity).
  • Enforce triad completeness in proposal flows so each action involves generator+coordinator+validator checks.
  • Set conservative stake cooldowns and on-chain limits to avoid transient invariant violations.
  • Audit triads regularly and record auditor reports in a queryable audit DB for reproducibility.

Example use cases

  • A governance DAO where any proposal, vote, and stake transfer must keep the net trit sum at 0.
  • A staking pool that balances generator and validator stakes with a configurable tolerance for dynamics.
  • A spatial tile registry storing large mutual-awareness payloads off-chain while validating roots on-chain.
  • An audited production module set where Move Prover checks are required before release to mainnet.
  • Compositional protocols that combine this skill as the generator leg in GF(3) triads for broader ecosystems.

FAQ

What are the trit role encodings?

Roles map to u8 values: 2 = PLUS (generator, +1), 0 = ERGODIC (coordinator, 0), 1 = MINUS (validator, -1).

How is large tile storage handled?

Store 10-char root tiles on-chain and place detailed 11–17 char tiles off-chain (Arweave/IPFS) with Merkle proofs back to the root.