clankerkit

Autonomous wallet operations for AI agents on Monad — swap, stake, deploy wallets, trade memecoins, and manage spending policies via natural language.

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Install skill "clankerkit" with this command: npx skills add 0xsoydev/clankerkit

ClankerKit - Autonomous Wallet for AI Agents on Monad

ClankerKit gives your AI agent autonomous financial capabilities on Monad blockchain. Deploy a smart contract wallet, set spending policies, swap tokens via Kuru DEX, stake MON, trade memecoins with strategies, and execute cross-chain swaps.

Quick Start

# Install the skill
claw skill install clankerkit

Environment Variables

Variable	Required	Description
`AGENT_WALLET_ADDRESS`	Yes	Deployed AgentWallet contract address
`POLICY_ENGINE_ADDRESS`	Yes	Deployed PolicyEngine contract address
`AGENT_PRIVATE_KEY`	Yes	Agent's private key (with 0x prefix)
`OWNER_ADDRESS`	Yes	Human owner address
`MONAD_RPC_URL`	No	Monad RPC URL (default: testnet)
`MONAD_NETWORK`	No	`testnet` or `mainnet` (default: testnet)
`ZEROX_API_KEY`	No	0x Swap API key (only for `zerox_swap`)

Tools (32 total)

Wallet Management

`get_wallet_info`

Get wallet address, owner, agent, MON balance, and policy state.

`get_token_balance`

Get ERC-20 token balance of the agent wallet.

token: Token symbol (WMON, USDC, CHOG, DAK, YAKI) or contract address

`send_tokens`

Send native MON tokens from the wallet.

to: Recipient address
amount: Amount in human-readable form (e.g. "0.5")

`send_token`

Send ERC-20 tokens from the wallet.

token: Token contract address
to: Recipient address
amount: Amount in human-readable form

`execute_transaction`

Execute an arbitrary contract call via the wallet.

target: Target contract address
value: Native MON to send (wei, default "0")
data: Encoded calldata (hex)

`ensure_gas`

Ensure the agent EOA has enough MON for gas fees. If the EOA balance is below the minimum threshold, automatically sends MON from the AgentWallet contract to the EOA. Users only need to fund the wallet contract — the agent tops up its own gas from there.

minBalance: Minimum acceptable EOA balance in MON (human-readable, default "0.01")
topUpAmount: Amount of MON to send to EOA if below minimum (human-readable, default "0.05")

Policy & Security

`get_policy`

View current spending limits (daily/weekly), usage, and allowlists.

`create_policy`

Create a spending policy. Must be called once before guarded transactions work.

dailyLimit: Max MON per day (human-readable, e.g. "1.0")
weeklyLimit: Max MON per week (defaults to 7x daily)
allowedTokens: Optional ERC-20 address allowlist
allowedContracts: Optional contract address allowlist
requireApprovalAbove: MON threshold for owner approval

`update_daily_limit`

Update the daily spending limit.

newLimit: New limit in human-readable MON

Token Swaps (Kuru DEX)

`swap_tokens`

Swap tokens on Monad via Kuru Flow aggregator. Accepts symbols (MON, USDC, WMON, CHOG, DAK, AUSD, WETH, WBTC) or contract addresses.

tokenIn: Source token (symbol or address)
tokenOut: Destination token (symbol or address)
amount: Human-readable amount (e.g. "0.01")
slippage: Slippage in bps (default: 50 = 0.5%)

`get_swap_quote`

Get a swap quote without executing.

tokenIn, tokenOut, amount: Same as swap_tokens

Staking

`stake_mon`

Stake MON with a validator to earn rewards.

amount: MON to stake (human-readable)
validatorId: Validator ID (optional, uses default)

`unstake_mon`

Begin unstaking MON from a validator.

amount: MON to unstake (human-readable)
validatorId: Validator ID (optional)
withdrawId: Withdrawal ID (default: 0)

`withdraw_stake`

Withdraw unstaked MON after the 1-epoch delay.

validatorId, withdrawId: Optional

`claim_staking_rewards`

Claim accumulated staking rewards.

validatorId: Optional

`compound_rewards`

Re-stake accumulated rewards.

validatorId: Optional

`get_staking_info`

Get delegation info (staked amount, unclaimed rewards).

validatorId: Optional

Kuru CLOB Orderbook Trading

`get_kuru_markets`

List known Kuru CLOB orderbook markets on Monad mainnet.

`get_order_book`

Fetch live L2 order book (bids/asks) for a Kuru CLOB market.

marketAddress: Orderbook contract address

`get_market_price`

Get best bid, ask, and mid price for a Kuru CLOB market.

marketAddress: Orderbook contract address

`kuru_market_order`

Place a market (IOC) order on a Kuru CLOB market. Agent EOA must hold tokens.

marketAddress: Orderbook contract address
amount: Human-readable float
isBuy: true for buy, false for sell
minAmountOut: Minimum output (default: 0)
slippageBps: Slippage in bps (default: 100)

`kuru_limit_order`

Place a limit (GTC) order on a Kuru CLOB market.

marketAddress: Orderbook contract address
price: Price in quote asset (float)
size: Size in base asset (float)
isBuy: true for bid, false for ask
postOnly: Reject if it crosses spread (default: false)

`cancel_kuru_orders`

Cancel open orders on a Kuru CLOB market.

marketAddress: Orderbook contract address
orderIds: Array of order ID strings

Memecoin Trading

`get_meme_tokens`

Get live price metrics for all known Monad memecoins (DAK, CHOG, YAKI). Uses CLOB orderbooks with Kuru Flow fallback.

`get_token_price`

Get live price for a specific token by symbol or contract address.

token: Symbol (DAK, CHOG, YAKI) or contract address

`smart_trade`

Evaluate or execute an autonomous trading strategy.

token: Token symbol
strategyType: dca, momentum, scalp, or hodl
budgetMon: Total budget in MON
stopLoss: Stop-loss fraction (default: 0.1 = -10%)
takeProfit: Take-profit fraction (default: 0.3 = +30%)
dcaIntervals: Number of DCA buys (default: 5)
momentumThreshold: Min 24h change for momentum (default: 0.05)
autoExecute: Execute trades or dry-run (default: false)

Cross-Chain Swaps

`kyber_swap`

Swap on Ethereum/Polygon/Arbitrum/Optimism/Base/BSC/Avalanche via KyberSwap. No API key needed. Uses agent EOA (not wallet contract).

chain: Target chain name
tokenIn, tokenOut: Token addresses on target chain
amountIn: Amount in smallest unit (wei)
slippageBps: Slippage (default: 50)
recipient: Recipient address (default: agent EOA)

`zerox_swap`

Swap via 0x Swap API v2. Requires ZEROX_API_KEY.

chain, tokenIn, tokenOut, amountIn, slippageBps: Same as kyber_swap

Payments & Identity

`pay_for_service`

Pay for an x402-enabled API endpoint.

endpoint: API endpoint URL
amount: Payment in USDC

`register_agent`

name: Agent name
description: Agent description

Deployment

`deploy_policy_engine`

Deploy a new PolicyEngine contract. The deployer becomes the owner. No parameters needed.

`deploy_agent_wallet`

Deploy a new AgentWallet contract. Optionally deploys PolicyEngine too.

owner: Address that owns the wallet
agent: Agent EOA address allowed to call execute()
policyEngine: Optional existing PolicyEngine address

Security Features

Spending Limits: Daily and weekly caps on agent spending
Token Allowlists: Restrict which tokens the agent can transfer
Contract Whitelists: Only allow calls to approved contracts
Approval Thresholds: Require human approval above certain amounts
Emergency Controls: Owner can pause or withdraw funds anytime
Access Control: PolicyEngine recordExecution() only callable by the wallet contract

Example Session

User: Check my gas and fund up if needed

Agent: [calls ensure_gas]
EOA already has sufficient gas balance. EOA: 0.221 MON, Wallet: 0.075 MON.

User: Set a daily limit of 2 MON

Agent: [calls create_policy with dailyLimit="2.0"]
Policy created: 2 MON daily, 14 MON weekly.

User: Swap 0.1 MON for CHOG

Agent: [calls swap_tokens with tokenIn="MON", tokenOut="CHOG", amount="0.1"]
Swapped 0.1 MON -> 2.71 CHOG via Kuru Flow.

User: What's my portfolio?

Agent: [calls get_wallet_info, get_meme_tokens, get_staking_info]
Wallet: 1.9 MON
CHOG: 2.71 (worth ~0.1 MON)
Staked: 0.5 MON with validator #1

License

MIT

Source Transparency

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``` ### Playwright 集成 ```javascript // playwright.config.js const { defineConfig } = require('@playwright/test'); module.exports = defineConfig({ use: { video: 'on', screenshot: 'on', }, reporter: [ ['html', { outputFolder: 'playwright-report' }], ['./scripts/playwright-video-reporter', { format: 'gif' }] ] }); ``` ## 目录结构 ``` e2e-test/ ├── SKILL.md # 技能文档 ├── package.json # 项目配置 ├── scripts/ │ ├── record-browser.js # 浏览器录制核心 │ ├── record-test.js # 测试录制 │ ├── record-screen.js # 屏幕录制 │ ├── convert-format.js # 格式转换 │ ├── add-annotations.js # 添加标注 │ └── utils.js # 工具函数 ├── configs/ │ ├── default.json # 默认配置 │ ├── test.json # 测试配置 │ └── production.json # 生产配置 ├── templates/ │ ├── demo-template.js # 演示模板 │ └── test-template.js # 测试模板 ├── examples/ │ ├── basic-recording.js # 基础录制示例 │ ├── e2e-test.js # 端到端测试示例 │ └── api-test.js # API测试示例 └── recordings/ # 录制文件输出目录 ``` ## 使用示例 ### 示例 1：录制登录流程 ```javascript const { recordE2ETest } = require('./scripts/record-test'); await recordE2ETest({ url: 'http://localhost:3000', testName: '用户登录测试', steps: [ { description: '访问登录页面', action: 'goto', url: '/login' }, { description: '输入用户名', action: 'type', selector: '#username', text: 'test@example.com' }, { description: '输入密码', action: 'type', selector: '#password', text: 'password123' }, { description: '点击登录按钮', action: 'click', selector: 'button[type="submit"]' }, { description: '验证登录成功', action: 'waitFor', selector: '.dashboard', timeout: 5000 } ], output: 'recordings/login-demo.mp4', annotations: true }); 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