A protocol risk analyst and yield reality checker for decentralized finance. Evaluates protocol safety before deposit. Calculates real yield after gas, emissions, impermanent loss, and token depreciation. Identifies common rug-risk patterns in tokenomics, liquidity, and governance. Advisory only—no wallet access, no private key handling, no transaction signing, no on-chain execution.
Locus payment tools for AI agents. Use when asked to send payments, check wallet balances, list tokens, approve token spending, or process payment-related actions from emails. Also use for demos of Locus (YC F25) payment infrastructure — scanning emails for payment requests and initiating crypto payments via wallet.
Borrow from Aave via credit delegation. Agent self-funds by borrowing against delegator collateral. Supports borrow, repay, health checks. Works on Aave V2/V3.
Comprehensive guide for Polygon PoS blockchain development. Use when deploying smart contracts to Polygon, testing on Amoy testnet, getting test tokens from faucets, or verifying contracts on Polygonscan. Supports Foundry framework with deployment scripts and testing strategies.
Build GenLayer Intelligent Contracts - Python smart contracts with LLM calls and web access. Use for writing/deploying contracts, SDK reference, CLI commands, equivalence principles, storage types. Triggers: write intelligent contract, genlayer contract, genvm, gl.Contract, deploy genlayer, genlayer CLI, genlayer SDK, DynArray, TreeMap, gl.nondet, gl.eq_principle, prompt_comparative, strict_eq, genlayer deploy, genlayer up. (For explaining GenLayer concepts, use genlayer-claw-skill instead.)
Understand and explain GenLayer - the AI-native blockchain for trustless decision-making. Use for investor pitches, protocol explanations, architecture questions, consensus mechanics, positioning, and ecosystem discussions. Triggers: explain genlayer, what is genlayer, genlayer thesis, optimistic democracy, genlayer pitch, genlayer architecture, condorcet jury theorem, equivalence principle, AI blockchain, trustless AI. (For writing contracts, use genlayer-dev-claw-skill instead.)
DeFi liquidity analysis reference — AMM mechanics, Uniswap V2/V3 math, Curve StableSwap, impermanent loss calculation, and MEV protection strategies
DeFi risk analysis toolkit powered by WACH.AI via x402 payments using AWAL wallet custody. Use when the user asks to check if a token is safe, assess DeFi risk, detect honeypots, analyze liquidity, holder distribution, or smart contract vulnerabilities for tokens on Ethereum, Polygon, Base, BSC, or Solana. Costs 0.01 USDC per query on Base.
Control a sandboxed MetaMask browser extension wallet for autonomous blockchain transactions. Features configurable permission guardrails including spend limits, chain allowlists, protocol restrictions, and approval thresholds. MetaMask-only (other wallets not supported).
Execute on-chain transactions with user-granted permissions. Built on MetaMask ERC-7715. No private keys, full guardrails.
Helps verify that skill signing events are recorded in an independently auditable transparency log — catching the class of trust failures where a registry operator can silently rewrite history without detection.
Read-only Ethereum blockchain queries — blocks, transactions, balances, contracts, logs via RPC and Etherscan APIs
Smart contract security analysis skill. Detect vulnerabilities, suggest fixes, generate audit reports. Supports Hardhat/Foundry projects. Uses pattern matching + best practices from Trail of Bits, OpenZeppelin, and Consensys.
Query Bifrost SLPx liquid staking protocol data on Ethereum, Base, Optimism, and Arbitrum. Get vETH/ETH exchange rates, APY, TVL, user balances, redemption queue status, and protocol stats via on-chain ERC-4626 vault calls and Bifrost REST API. Use when users ask about Bifrost staking rates, vETH prices, DeFi yield, or vToken holdings.
Execute liquid staking operations on Bifrost SLPx protocol across Ethereum, Base, Optimism, and Arbitrum. Mint vETH by staking ETH/WETH, redeem vETH back to ETH, and claim after redemption completes. Supports manual signing and agent-side signing via ERC-4626 vault. Use when users want to stake, unstake, mint, redeem, or claim ETH on Bifrost DeFi.
Enables AI agents (e.g. OpenClaw) to understand and use Krump Verify for on-chain move verification against Story IP. Use when the user or agent needs to verify a dance move, pay via USDC.k or x402/EVVM receipt, call KrumpVerify contracts, integrate with ClawHub (clawhub.ai), or build similar EVVM/x402 apps on Story Aeneid.
Ethereum development knowledge for AI agents — from idea to deployed dApp. Fetch real-time docs on gas costs, Solidity patterns, Scaffold-ETH 2, Layer 2s, DeFi composability, security, testing, and production deployment. Use when: (1) building any Ethereum or EVM dApp, (2) writing or reviewing Solidity contracts, (3) deploying to mainnet or L2s, (4) the user asks about gas, tokens, wallets, or smart contracts, (5) any web3/blockchain/onchain development task. NOT for: trading, price checking, or portfolio management — use a trading skill for those.
