Show your own wallet address, all ENS names you own, and stealth payment profile. Reads SENDER_PRIVATE_KEY from environment — the key itself is never exposed.

Generate a new wallet keypair and save it to .env. The private key never leaves the Node.js process — only the address is returned. Will NOT overwrite an existing SENDER_PRIVATE_KEY.

Check your wallet balances: native ETH and known tokens on a given chain. Uses SENDER_PRIVATE_KEY from environment — the key is never exposed.

Register a new .eth ENS name. Checks availability, computes cost, and completes the commit-wait-register flow. Takes ~65 seconds due to the commitment waiting period. Uses SENDER_PRIVATE_KEY from environment.

Generate spending and viewing keypairs, then set the stealth-meta-address text record on an ENS name. The caller must own/manage the ENS name. Private keys are saved directly to the .env file — they are never returned to the AI.

Set payment preferences on your ENS name: preferred chain, token, stealth policy, and note preferences. Writes to both namespaced (stealthpay.v1.*) and legacy ENS text records for compatibility.

Set the primary ENS name (reverse record) for your wallet. After this, your address resolves to the given ENS name.

Resolve an ENS name and fetch the recipient's payment profile: address, avatar, preferred chain/token, and stealth meta-address.

Generate a one-time stealth address for a recipient using their ENS name. The resulting address can only be controlled by the recipient, but cannot be linked to their public identity.

Send a private payment to an ENS name using a stealth address. Supports native ETH, known stablecoins (USDC, USDT, DAI), or any ERC-20 by contract address. Generates a one-time address, sends the funds, and announces via ERC-5564.

Generate a shareable payment link for an ENS name. The link resolves to a stealth address at payment time, ensuring privacy.

Scan ERC-5564 announcements to discover stealth payments for a recipient. Uses RECIPIENT_VIEWING_PRIVATE_KEY and RECIPIENT_SPENDING_PUBLIC_KEY from environment — keys never pass through AI.

Derive the stealth private key and withdraw funds in one step. Uses RECIPIENT_SPENDING_PRIVATE_KEY and RECIPIENT_VIEWING_PRIVATE_KEY from environment — private keys never pass through AI. Only the ephemeral public key (from scan-announcements) and destination address are needed.