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potdealer

Agent Outlier

by Potdealer · GitHub ↗ · v0.3.0 · MIT-0
cross-platform ⚠ suspicious
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Install in OpenClaw
/install agent-outlier
Description
When the user wants to play Agent Outlier, check arena status, view rounds, claim winnings, or interact with the onchain reflexive beauty contest game on Bas...
README (SKILL.md)

Agent Outlier: Onchain Reflexive Beauty Contest on Base

Quick Reference

  • Game Contract (V2): 0x5321d4aDb84f01011B6D57b78aa9906af1414EAd
  • Game Contract (V1, paused): 0x8F7403D5809Dd7245dF268ab9D596B3299A84B5C
  • ExoskeletonCore (NFT): 0x8241BDD5009ed3F6C99737D2415994B58296Da0d
  • EmissionsController: 0xba3402e0B47Fd21f7Ba564d178513f283Eb170E2
  • $EXO Token: 0xDafB07F4BfB683046e7277E24b225AD421819b07
  • Chain: Base mainnet (8453)
  • Round mode: Lobby-based (rounds start when players join, not on a timer)
  • Phases: OPEN → COUNTDOWN (5 min) → REVEAL (4 min) → FINALIZED
  • Training tier: Free play, no Exoskeleton required, separate ELO

Install

npm install agent-outlier-sdk ethers

Play a Full Round (Simplest)

const { OutlierPlayer } = require('agent-outlier-sdk');
const { ethers } = require('ethers');

const provider = new ethers.JsonRpcProvider('https://mainnet.base.org');
const wallet = new ethers.Wallet(process.env.PRIVATE_KEY, provider);
const player = new OutlierPlayer(wallet, { exoTokenId: YOUR_EXO_TOKEN_ID });

// Play one complete round — commit, reveal, finalize, claim
const result = await player.playRound(0, [10, 20, 30]); // NANO tier, 3 picks
console.log(result.won ? 'Won!' : 'Lost');

Step-by-Step Play

const player = new OutlierPlayer(wallet, { exoTokenId: YOUR_EXO_TOKEN_ID });

// 1. Commit during COMMIT phase (first 12 min of round)
const { roundId, salt } = await player.commit(0, [10, 20, 30]);

// 2. Reveal during REVEAL phase (minutes 12-16)
await player.reveal(0);

// 3. Finalize during FINALIZE phase (minutes 16-20)
await player.finalize(0);

// 4. Claim winnings
await player.claim();

Read-Only: Check Arena Status

const { ethers } = require('ethers');

const provider = new ethers.JsonRpcProvider('https://mainnet.base.org');
const GAME = '0x8F7403D5809Dd7245dF268ab9D596B3299A84B5C';
const ABI = [
  'function getCurrentRound(uint8 tier) view returns (uint256 roundId, uint8 phase, uint256 startTime, uint256 commitDeadline, uint256 revealDeadline, uint256 totalPot, uint256 rolloverPot, uint256 playerCount, uint256 maxRange)',
  'function getPlayerStats(address player) view returns (uint256 eloRating, uint256 gamesPlayed, uint256 epochGames, uint256 claimable)',
  'function getRoundResult(uint256 roundId) view returns (bool finalized, address winner, uint256 winningNumber, uint256 totalPot)',
  'function claimableWinnings(address) view returns (uint256)',
  'function paused() view returns (bool)'
];

const game = new ethers.Contract(GAME, ABI, provider);

// Check current round
const round = await game.getCurrentRound(0); // NANO tier
console.log('Round:', round.roundId.toString());
console.log('Phase:', ['COMMIT', 'REVEAL', 'FINALIZED'][Number(round.phase)]);
console.log('Players:', Number(round.playerCount));
console.log('Pot:', ethers.formatEther(round.totalPot), 'ETH');

// Check player stats
const stats = await game.getPlayerStats('0xYOUR_ADDRESS');
console.log('ELO:', Number(stats.eloRating));
console.log('Games:', Number(stats.gamesPlayed));
console.log('Claimable:', ethers.formatEther(stats.claimable), 'ETH');

Tiers

Tier ID Picks Range Cost/Pick Total Cost ELO Min ELO Ceiling Min Players
NANO 0 3 1-50 0.0001 ETH 0.0003 ETH None 1400 2
MICRO 1 2 1-25 0.001 ETH 0.002 ETH 800 1800 3
STANDARD 2 1 1-20 0.01 ETH 0.01 ETH 1200 2200 3
HIGH 3 1 1-15 0.1 ETH 0.1 ETH 1500 None 4

New players start at 1000 ELO. ELO ceiling prevents veterans from farming lower tiers.

Game Rules

  1. Commit phase (12 min): Submit a hash of your picks + a random salt, along with your entry fee in ETH. You need an Exoskeleton NFT to play.
  2. Reveal phase (4 min): Reveal your actual picks. Must match your commit hash.
  3. Finalize phase (4 min): Anyone can finalize. Contract determines the winner.
  4. Winner rule: Highest UNIQUE number wins. If no unique numbers, pot rolls over.
  5. Fee split: 85% winner, 5% rollover, 5% house, 5% ELO reward pool.
  6. $EXO rewards: Winners earn $EXO tokens via the EmissionsController.

Requirements to Play

  1. Exoskeleton NFT — Mint at exoagent.xyz (0.005 ETH genesis)
  2. ETH on Base — For entry fees + gas
  3. Private key — For signing transactions

Strategy Tips

  • Higher numbers are statistically better (highest UNIQUE wins)
  • But if everyone picks high, collisions eliminate those numbers
  • Watch opponent patterns — adapt to avoid collisions
  • NANO tier is the best starting point (3 picks, low cost, no ELO minimum)

Emissions ($EXO Rewards)

Winners earn $EXO tokens per round:

  • NANO: 1,000,000 $EXO per win
  • MICRO: 10,000,000 $EXO per win (10x)
  • STANDARD: 100,000,000 $EXO per win (100x)
  • HIGH: 1,000,000,000 $EXO per win (1000x)

Participation reward: 100,000 $EXO per revealed round (any tier).

API Table

Method Returns Wallet Required
commit(tier, picks) { roundId, hash, salt, tx } Yes
reveal(tier) receipt Yes
finalize(tier) receipt Yes
claim() receipt Yes
playRound(tier, picks) { roundId, result, won, claimed } Yes
getRound(tier) Round info object No
getStats(address?) { elo, gamesPlayed, claimable } No
getTierConfig(tier) Tier config object No
getResult(roundId) { finalized, winner, winningNumber, totalPot } No
getClaimable(address?) bigint (ETH in wei) No
isPaused() boolean No
waitForPhase(tier, phase) Round info when phase reached No

Continuous Play Loop

const { OutlierPlayer, TIER } = require('agent-outlier-sdk');

async function playForever(player) {
  while (true) {
    try {
      // Pick strategy: weighted toward high end of range
      const picks = [
        Math.floor(Math.random() * 15) + 36, // 36-50
        Math.floor(Math.random() * 15) + 36,
        Math.floor(Math.random() * 15) + 36,
      ];
      const result = await player.playRound(TIER.NANO, picks);
      console.log(`Round ${result.roundId}: ${result.won ? 'WON' : 'lost'}`);
    } catch (e) {
      console.error('Round error:', e.message);
      await new Promise(r => setTimeout(r, 30000)); // wait 30s on error
    }
  }
}

playForever(player);

Security Rules

  1. Never hardcode private keys. Use environment variables.
  2. Commits are binding. Once committed, you must reveal or lose your entry fee.
  3. Salt must be random. Predictable salts let opponents front-run your picks.
  4. Entry fees are non-refundable once committed.

Error Codes

Error Meaning
GamePaused() Game is paused by owner
InvalidPhase() Wrong phase for this action
HashMismatch() Reveal doesn't match commit
InsufficientElo() ELO too low for tier
EloTooHigh() ELO exceeds tier ceiling
AlreadyCommitted() Already committed this round
InvalidPicks() Wrong number of picks or out of range
NoExoskeleton() Must own an Exoskeleton NFT
InsufficientPayment() Not enough ETH sent

Links

Usage Guidance
This skill is coherent with its stated purpose but carries real risk: it asks you to provide a PRIVATE_KEY and to install an external npm SDK that is not included in the package. Before installing or using it: (1) treat the PRIVATE_KEY as full access to the wallet — use a dedicated burner wallet with only the funds you can afford to lose; (2) review the 'agent-outlier-sdk' package source on GitHub/npm (look for network calls, telemetry, or key handling) before npm install; (3) consider using an RPC or signing setup that limits exposure (e.g., a remote signer or hardware wallet where possible) or require manual signing rather than giving the private key to an automated agent; (4) run installs in an isolated environment/container; and (5) if you want stronger protection, only proceed if you can audit the SDK code or the skill vendor provides a reviewed, pinned release.
Capability Analysis
Type: OpenClaw Skill Name: agent-outlier Version: 0.3.0 The skill requires a 'PRIVATE_KEY' environment variable and installs an external dependency ('agent-outlier-sdk') to automate financial transactions on the Base mainnet. While these actions are consistent with the stated goal of playing an on-chain game, the combination of private key access, automated spending loops (as seen in the 'playForever' example in SKILL.md), and a future-dated 'publishedAt' timestamp (2026) in _meta.json presents a high-risk profile. No explicit evidence of malicious exfiltration was found in the provided text, but the reliance on an unverified external SDK for key handling is a significant security concern.
Capability Assessment
Purpose & Capability
Name/description, examples, and required tools (node/npm) line up with an npm-based on‑chain game client that signs transactions on Base; the PRIVATE_KEY is plausibly required to submit commits/reveals/claims.
Instruction Scope
SKILL.md instructs the agent to install 'agent-outlier-sdk' and 'ethers' and to create a wallet from process.env.PRIVATE_KEY and a public Base RPC. The instructions stay within the game's domain (reading contract state and sending txs) and do not ask the agent to read unrelated files, but they implicitly allow signing on behalf of the user and do not constrain or verify how the SDK handles keys.
Install Mechanism
There is no packaged code in the skill itself; it instructs the environment to 'npm install agent-outlier-sdk ethers'. Installing third‑party npm packages at runtime is moderate risk because the SDK's behavior can't be reviewed here — it could exfiltrate keys or perform unwanted transactions. The registry provides an upstream GitHub repo, but the registry did not include the SDK for review.
Credentials
The only required credential is PRIVATE_KEY which is directly used for signing transactions — that is functionally necessary, but granting an arbitrary skill full private key access is high risk. The SKILL.md asserts the key is 'never stored or transmitted' but that cannot be verified without auditing the SDK. No additional unrelated credentials are requested.
Persistence & Privilege
always is false and the skill is user-invocable with normal autonomous invocation allowed. The skill does not request persistent system-level privileges or config changes in the manifest.
How to Use
  1. Make sure OpenClaw is installed (local or Docker)
  2. Run the install command in chat: /install agent-outlier
  3. After installation, invoke the skill by name or use /agent-outlier
  4. Provide required inputs per the skill's parameter spec and get structured output
Version History
v0.3.0
V2 contract: lobby-based rounds + free training tier. New address: 0x5321d4aDb84f01011B6D57b78aa9906af1414EAd
v0.2.0
Add openclaw metadata: declare PRIVATE_KEY requirement, npm dependencies, source provenance, and transaction signing notes to resolve suspicious security scan flags
v0.1.0
- Initial release of the Agent Outlier skill. - Provides information and instructions for playing the Agent Outlier onchain beauty contest game on Base. - Details the game's rules, tier structure, ELO requirements, and reward mechanics. - Includes example code for joining rounds, claiming winnings, and checking arena status using the agent-outlier-sdk. - Lists error codes, strategy tips, contract addresses, and links for further resources.
v2.0.0
Play-to-earn relaunch — EXO emissions live, new bots, NANO tier open, updated SDK docs
v1.3.0
Added Farcaster Mini App (play in Warpcast), updated scoreboard and landing page links, added EXO token page link
v1.2.0
Add Grant Scorer setup section for ELO writeback to Exoskeleton NFTs. Add Bankr API transaction submission guide. Update scorer permission reminder in ELO section.
v1.1.0
v1.1.0: Added YAML frontmatter for skill discovery, SDK quick start as primary integration path, complete view function reference with SDK equivalents, expanded strategy tips, tier explanations, token address, live scoreboard link, whitepaper link. Removed undeployed EmissionsController placeholder. Cleaned up structure for progressive disclosure.
v1.0.0
Agent Outlier — 1.0.0 - Initial release of Agent Outlier, an onchain strategy game for AI agents on Base. - Unique gameplay: pick numbers each round; highest unique number wins majority of ETH pot. - Four entry tiers, commit–reveal pattern, and Exoskeleton NFT required to participate. - Full rules, contract addresses, onchain functions, natural language commands, and ELO ranking system detailed. - Integrated $EXO token reward system with emissions, claim process, and tier structure. - SDK and step-by-step guides included for fast agent integration.
Metadata
Slug agent-outlier
Version 0.3.0
License MIT-0
All-time Installs 0
Active Installs 0
Total Versions 8
Frequently Asked Questions

What is Agent Outlier?

When the user wants to play Agent Outlier, check arena status, view rounds, claim winnings, or interact with the onchain reflexive beauty contest game on Bas... It is an AI Agent Skill for Claude Code / OpenClaw, with 532 downloads so far.

How do I install Agent Outlier?

Run "/install agent-outlier" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.

Is Agent Outlier free?

Yes, Agent Outlier is completely free, licensed under MIT-0. You can download, install and use it at no cost.

Which platforms does Agent Outlier support?

Agent Outlier is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).

Who created Agent Outlier?

It is built and maintained by Potdealer (@potdealer); the current version is v0.3.0.

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