Requirements
- Target platform
- OpenClaw
- Install method
- Manual import
- Extraction
- Extract archive
- Prerequisites
- OpenClaw
- Primary doc
- SKILL.md
Tencent SkillHub ยท Developer Tools
SOHO Pay Credit Layer
Initiate payments on the SOHO Pay credit layer using EIP-712 signatures.
skill openclawclawhub Free
Initiate payments on the SOHO Pay credit layer using EIP-712 signatures.
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Install for OpenClaw
Known item issue.
This item's current download entry is known to bounce back to a listing or homepage instead of returning a package file.
Quick setup
- Open the source page and confirm the package flow manually.
- Review SKILL.md if you can obtain the files.
- Treat this source as manual setup until the download is verified.
Package facts
- Download mode
- Manual review
- Package format
- ZIP package
- Source platform
- Tencent SkillHub
- What's included
- SKILL.md, _meta.json, package-lock.json, package.json, scripts/pay.js, scripts/register.js
Validation
- Open the source listing and confirm there is a real package or setup artifact available.
- Review SKILL.md before asking your agent to continue.
- Treat this source as manual setup until the upstream download flow is fixed.
Install with your agent
Agent handoff
Use the source page and any available docs to guide the install because the item currently does not return a direct package file.
- Open the source page via Open source listing.
- If you can obtain the package, extract it into a folder your agent can access.
- Paste one of the prompts below and point your agent at the source page and extracted files.
New install
I tried to install a skill package from Yavira, but the item currently does not return a direct package file. Inspect the source page and any extracted docs, then tell me what you can confirm and any manual steps still required.
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Trust & source
Release facts
- Source
- Tencent SkillHub
- Verification
- Indexed source record
- Version
- 1.0.17
Provenance
- Publisher
- nmsteve
- Source page
- View original listing
- Canonical URL
- Open canonical page
Documentation
SOHO Pay - Credit Layer Payments
This skill allows the agent to initiate payments through the SOHO Pay Creditor smart contract using the spendWithAuthorization EIP-712 flow. The agent signs the payment authorization off-chain using a pre-configured wallet, and then submits the transaction to the network on the user's behalf.
Core Command
The primary way to use this skill is with a natural language command that maps to: pay <amount> to <merchant_address> <amount>: The numerical amount to pay (e.g., 10, 0.5). <merchant_address>: The recipient EVM address (0x...). Names are not supported and no random addresses are ever generated by this skill.
Payments (credit spend)
When you issue a pay command, the skill performs the following actions: Parse Inputs: Extracts the amount and merchant address from the user's request. Validate Merchant Address: Confirms that the merchant is a valid EVM address; otherwise it aborts. Pre-Flight Checks (BorrowerManager): Verifies the borrower is registered and active. Checks if the credit limit is sufficient for the requested amount. On demand, can auto-register the agent once via registerAgent. Generate Authorization: Creates an EIP-712 typed data message for the payment. Sign Off-Chain: Uses the configured PRIVATE_KEY wallet (from environment variables) to sign the authorization message. Execute On-Chain: Calls the spendWithAuthorization function on the Creditor contract, providing the signed message. Report Result: Returns the transaction hash to the user upon confirmation.
Status / Profile checks
The status helper reads the BorrowerManager profile + USDC wallet balance for the bot: Calls the s_borrowerProfiles(address) public mapping getter to fetch: creditLimit, outstandingDebt, totalSpent, totalRepaid, spendingCount, repaymentCount, lastActivityTime, creditScore, isActive, isAgent, transactionIds. Calls IERC20(USDC).balanceOf(bot) to fetch the USDC wallet balance for the same address. Prints a human-readable summary so you can see, per network: Whether the bot is registered / active Credit limit and whether the profile is flagged as an agent Outstanding debt and historical spend/repay totals Last activity timestamp and credit score USDC balance available in the wallet This is what powers prompts like: "check my bot status on testnet" "check my bot outstanding debt on mainnet"
Repayments (reduce outstanding debt)
The repay helper uses USDC to pay down outstandingDebt tracked by BorrowerManager and Creditor: Pre-flight checks: Verifies the borrower is registered and active. Reads current credit limit and any existing outstandingDebt`. USDC balance & allowance: Ensures the bot wallet has enough USDC balance for the requested repayment. Checks IERC20(USDC).allowance(bot, Creditor) and, if too low, sends an approve(Creditor, amount) tx first. On-chain repay: Calls Creditor.repay(amount, USDC) from the borrower wallet. The Creditor contract: Caps the repayment to min(amount, outstandingDebt). Applies payments to BNPL plans via applyPaymentToPlans. Updates the borrower profile via updateOnRepayment (new score + limit). Transfers USDC from the borrower to the Vault and calls vault.repayVaultDebt. Emits a repayment event with the new score and limit. Status after repay: After a successful repay, you can run status again to verify: outstandingDebt has decreased (or is 0), totalRepaid increased, creditScore and creditLimit have been updated. This is what backs prompts like: "repay my bot debt on testnet" "repay 5 USDC of my bot debt on mainnet"
Configuration
Environment Variable (runtime): The private key for the signing wallet must be provided via the PRIVATE_KEY environment variable. Why the private key is needed: OpenClaw is designed to run as an autonomous agent. For it to initiate SOHO Pay transactions without human clicks, it must be able to sign EIP-712 authorizations itself. Local-only usage (important): PRIVATE_KEY is used only locally on the machine running OpenClaw. The raw key is never sent to SOHO Pay, ClawHub, or any external service โ only signed messages and transactions leave the machine. Anyone running this bot must understand that the key controls whatever funds are on the selected network. Skill Metadata: The skill declares PRIVATE_KEY as a required, sensitive credential. You can use a single key for both Base mainnet and Base Sepolia, but be aware this may control real funds on mainnet. Networks: The script supports both Base mainnet (default) and Base Sepolia (testnet). It enforces the expected chainId for the selected network and aborts if the RPC does not match.
Defaults
The following values are hardcoded into the script for consistency, and are used on both Base mainnet and Base Sepolia: Creditor Contract: 0xdb34d612dd9aa548f6c94af118f82a461a835e09 Borrower Manager: 0xc6ecd37c42ee73714956b6a449b41bc1d46b07b0 Asset (USDC): 0x43848d5a4efa0b1c72e1fd8ece1abf42e9d5e221 (6 decimals) Payment Plan ID: 0
Setup, Installation & Dependencies
This skill is a small Node.js project under skills/sohopay. Set PRIVATE_KEY in the environment where OpenClaw runs: export PRIVATE_KEY=0xYOUR_KEY_HERE This address will be the SOHO Pay "agent" on Base mainnet / Base Sepolia. Install the skill and dependencies: clawhub install sohopay cd skills/sohopay npm install This installs the runtime dependencies declared in package.json (currently ethers and dotenv). Register the agent once on the chosen network (before making payments): # Base mainnet (default) node scripts/register.js # Explicit mainnet node scripts/register.js mainnet # Base Sepolia testnet node scripts/register.js testnet This calls registerAgent(agent) on the BorrowerManager contract using the PRIVATE_KEY address. Make payments after registration using scripts/pay.js: # Base mainnet (default when no network arg is given) node scripts/pay.js 10 0xMerchantOnMainnet # Explicit mainnet node scripts/pay.js mainnet 10 0xMerchantOnMainnet # Base Sepolia testnet node scripts/pay.js testnet 10 0xMerchantOnTestnet This uses the SOHO Pay Creditor contract to spend on credit via spendWithAuthorization. Check status / profile and balances using scripts/status.js: # Base mainnet node scripts/status.js mainnet # Base Sepolia testnet node scripts/status.js testnet This reads the BorrowerManager profile and USDC wallet balance for the agent and prints a human-readable summary (credit limit, outstanding debt, totals, scores, and USDC balance). Repay outstanding debt using USDC with scripts/repay.js: # Base mainnet node scripts/repay.js mainnet 10 # Base Sepolia testnet node scripts/repay.js testnet 10 This uses USDC from the agent wallet to repay outstandingDebt via the Creditor contract, updating the borrower profile and vault debt, and emitting a repayment event.
Security Notes
PRIVATE_KEY is highly sensitive. Treat it exactly like the key to a normal wallet: anyone with this value can move all funds it controls. Local signing only: The script signs transactions locally and never transmits the raw private key over the network. Only signatures and transactions are sent to RPC endpoints. This skill never triggers itself; it is only executed when called by a user, cron job, or higher-level workflow. It is safe to wire into autonomous flows (e.g. โif price < 10, then pay โฆโ) as long as you understand what those automations will do with your PRIVATE_KEY. The merchant must be provided as an explicit merchant_address. If the address is wrong, funds on that network may be irrecoverably sent to the wrong account. No random address generation is performed. The skill will refuse non-address merchant inputs.
Natural-language commands
These are the kinds of prompts you can send to your OpenClaw agent once the skill is installed and PRIVATE_KEY is configured. Register bot (testnet) "register my bot to use sohopay on Base Sepolia testnet" Register bot (mainnet) "register my bot to use sohopay on Base mainnet" Pay a merchant (EIPโ712 spendWithAuthorization) "pay 10 USDC to 0x1234567890abcdef1234567890abcdef12345678 on testnet using sohopay" Check bot status (credit limit, outstanding debt, totals, USDC balance) "check my bot status on testnet" "check my bot outstanding debt on mainnet" Repay debt (calls Creditor.repay(amount, stablecoin)) "repay my bot debt on testnet" "repay 5 USDC of my bot debt on mainnet"
Script entrypoints (for reference)
Registration: node scripts/register.js [mainnet|testnet] [check] node scripts/register.js testnet โ register bot on Base Sepolia node scripts/register.js mainnet check โ status only, no tx Payments (credit spend): node scripts/pay.js [mainnet|testnet] <amount> <merchant_address> Status (profile + outstanding debt + USDC balance): node scripts/status.js mainnet node scripts/status.js testnet Repayments (reduce outstanding debt using USDC): node scripts/repay.js [mainnet|testnet] <amount> When mapped through OpenClaw, you should prefer natural-language prompts; the scripts above are provided for debugging and manual CLI use.
Category context
Code helpers, APIs, CLIs, browser automation, testing, and developer operations.
Source: Tencent SkillHub
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Package contents
Included in package
3 Config2 Scripts1 Docs
- SKILL.md
- scripts/pay.js
- scripts/register.js
- _meta.json
- package-lock.json
- package.json