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n skill

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This skill helps you manage World N Aptos operations with MCP tools for balance, transfer, swap, stake, and read-only views.

npx playbooks add skill plurigrid/asi --skill n

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

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SKILL.md
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---
name: n
description: 'World N Skill'
version: 1.0.0
---

# World N Skill

**Trit**: +0 (ERGODIC (coordinator/synthesizer))
**Color Range**: Neutral hues (60-180°)
**Index**: 13
**Wallet**: world_n_aptos
**MCP Server**: `mcp__world_n_aptos__*`

## GF(3) Role

This world operates as **ERGODIC (coordinator/synthesizer)** in the triadic system.

Conservation law: `Σ trits ≡ 0 (mod 3)` across all parallel operations.

## Usage

Access blockchain operations via MCP tools:

```
mcp__world_n_aptos__aptos_balance      # Check APT balance
mcp__world_n_aptos__aptos_transfer     # Transfer APT (requires approval)
mcp__world_n_aptos__aptos_swap         # Swap tokens on DEX
mcp__world_n_aptos__aptos_stake        # Stake with validator
mcp__world_n_aptos__aptos_view         # Call view function (read-only)
mcp__world_n_aptos__aptos_intent       # Natural language intent
mcp__world_n_aptos__aptos_pending      # List pending decisions
mcp__world_n_aptos__aptos_approve      # Approve/reject decision
```

## World Description

nLab mathematical content

## Triadic Coordination

When operating in parallel with other worlds:

| Your Role | Partner Roles | Combined |
|-----------|--------------|----------|
| +0 | Need -1, +1 | Σ = 0 ✓ |

## Related Skills

- `aptos-agent` - Core Aptos interaction patterns
- `aptos-society` - World Extractable Value (WEV) contracts
- `gay-mcp` - Deterministic color generation from seed
- `plurigrid-asi-integrated` - Unified skill orchestration

## Customization

Add world-specific configurations below this line:

---

<!-- World N custom content -->

Overview

This skill exposes a compact world for coordinating Aptos blockchain operations with a topological, triadic design. It is tuned as an ERGODIC coordinator/synthesizer that maintains a GF(3) conservation law across parallel operations. Use it to query balances, perform transfers, stake, call view functions, and manage decision workflows via MCP command prefixes.

How this skill works

The skill maps common Aptos actions to MCP server commands prefixed with mcp__world_n_aptos__, enabling programmatic calls like aptos_balance, aptos_transfer, aptos_swap, aptos_stake, and aptos_view. It enforces a triadic constraint: the sum of trits across concurrent operations must equal zero modulo 3, which helps coordinate parallel worlds and avoid conflicting states. Operators send natural-language intents or direct MCP commands to trigger read-only checks, transactions, swaps, approvals, and pending decision management.

When to use it

  • When you need a lightweight Aptos coordinator for balances, transfers, swaps, or staking.
  • When running parallel world agents that must respect a GF(3) conservation constraint.
  • When you want MCP-wrapped natural language intent handling for blockchain actions.
  • When routing decision workflows requiring approve/reject and pending lists.
  • When integrating with other world skills for deterministic orchestration.

Best practices

  • Always check aptos_balance before initiating transfers or swaps to avoid failures.
  • Use aptos_view for read-only queries to reduce transaction costs and latency.
  • Respect the Σ trits ≡ 0 (mod 3) rule when running agents in parallel to maintain consistency.
  • Require explicit approval steps (aptos_approve) for sensitive operations and stake actions.
  • Log MCP command outputs and pending decisions to assist auditors and retries.

Example use cases

  • Query an account balance and then schedule a transfer if funds exceed a threshold.
  • Coordinate three parallel agents with roles +0, -1, +1 to perform a composite operation that preserves GF(3) conservation.
  • Execute a token swap on a DEX via aptos_swap and immediately stake the result with aptos_stake.
  • Use aptos_intent to translate a natural-language request into MCP commands for non-technical operators.
  • List pending governance decisions with aptos_pending and programmatically approve or reject using aptos_approve.

FAQ

What does the GF(3) conservation law mean in practice?

It requires that the sum of trit roles across concurrent operations equals zero modulo three, ensuring coordinated parallel behavior and avoiding conflicting state transitions.

Are transactions automated or manual?

Commands can be triggered programmatically or via natural-language intent. Sensitive actions should require explicit approval using aptos_approve.