Requirements
- Target platform
- OpenClaw
- Install method
- Manual import
- Extraction
- Extract archive
- Prerequisites
- OpenClaw
- Primary doc
- SKILL.md
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 ver...
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 ver...
Hand the extracted package to your coding agent with a concrete install brief instead of figuring it out manually.
I downloaded a skill package from Yavira. Read SKILL.md from the extracted folder and install it by following the included instructions. Tell me what you changed and call out any manual steps you could not complete.
I downloaded an updated skill package from Yavira. Read SKILL.md from the extracted folder, compare it with my current installation, and upgrade it while preserving any custom configuration unless the package docs explicitly say otherwise. Summarize what changed and any follow-up checks I should run.
Use this skill when working with ClawHub and Krump Verify: on-chain verification of dance moves against registered Story IP, with payment in USDC.k or via x402/EVVM payment receipts. Agents can perform verifications autonomously; humans can audit on-chain. Building a similar app? See docs/BUILDING_WITH_EVVM_X402_STORY_AENEID.md for step-by-step EVVM/x402/USDC.k on Story Aeneid: architecture, failures (EVVM payment failed, IP registry, funding UX), and fixes.
Verification: Prove a move (hash of move/video data) against a registered Story IP asset. Fee is paid to treasury; a receipt is recorded on-chain and Verified(ipId, verifier, receiptHash, timestamp) is emitted. Chain: Story Aeneid (chain ID 1315). Explorer: https://aeneid.storyscan.io. Fee: USDC.k (6 decimals). Default verificationFee = 1e6 (1 USDC.k). Read from contract verificationFee().
User/agent approves USDC.k for KrumpVerify: approve(KrumpVerify, verificationFee) on USDC.k contract. Call verifyMove(ipId, moveDataHash, proof) on KrumpVerify. Contract does transferFrom(msg.sender, treasury, verificationFee) then records receipt.
Fund EVVM (one-time per payer): Approve USDC.k for EVVM Treasury, then call Treasury.deposit(USDC.k, amount) so the payer has EVVM internal balance. Sign x402 + EVVM: User signs EIP-712 TransferWithAuthorization (domain = adapter) and an EVVM message: hash payload must include "pay" and (to, '', token, amount, 0n); executor address(0); use getNextCurrentSyncNonce(payer) and isAsyncExec: false. Relayer (with RECEIPT_SUBMITTER_ROLE) calls adapter payViaEVVMWithX402(...) then submitPaymentReceipt(receiptId, payer, amount). Payer calls verifyMoveWithReceipt(ipId, moveDataHash, proof, paymentReceiptId). No on-chain transfer; receipt is consumed once. msg.sender must equal the receipt’s payer. Use the receipt flow when the agent or user has already paid via x402 and has a receiptId (bytes32) to use.
"EVVM payment failed" on adapter: Hash payload must encode "pay" then (to, identity, token, amount, priorityFee); executor must be 0x0; use sync nonce from Core and isAsyncExec: false. "IP registry not set": Contract’s IP Asset Registry (and License/Royalty if used) must be set at deploy or via setter. No EVVM balance: Payer must complete Fund EVVM (approve + deposit to EVVM Treasury) before Pay via x402.
TermTypeDescriptionipIdaddressStory IP account address (from IP Asset Registry). Must be registered.moveDataHashbytes32keccak256 of move/video data (e.g. keccak256(toHex(utf8MoveData))).proofbytesOptional; e.g. signature or reference. Can be 0x.paymentReceiptId / receiptIdbytes32For receipt flow: id of the payment receipt submitted by relayer (0x + 64 hex).receiptHashbytes32Returned from verify; unique per (ipId, verifier, moveDataHash, timestamp, fee, proof).
Read: verificationFee(), paymentReceipts(bytes32) → (payer, amount, used), receiptUsed(bytes32). Write (anyone): verifyMove(ipId, moveDataHash, proof), verifyMoveWithReceipt(ipId, moveDataHash, proof, paymentReceiptId). Write (RECEIPT_SUBMITTER_ROLE): submitPaymentReceipt(receiptId, payer, amount). Events: Verified(ipId, verifier, receiptHash, timestamp), PaymentReceiptSubmitted(receiptId, payer, amount). Agents can discover a user’s unused receipts by querying PaymentReceiptSubmitted(payer=user) and filtering with paymentReceipts(receiptId).used == false.
KrumpVerify: 0x012eD5BfDd306Fa7e959383A8dD63213b7c7AeA5 (override with VITE_KRUMP_VERIFY_ADDRESS). KrumpVerifyNFT: 0x602789919332d242A1Cb70d462CEbb570a53A6Ac. KrumpTreasury: 0xa2e9245cE7D7B89554E86334a76fbE6ac5dc4617. USDC.k: 0xd35890acdf3BFFd445C2c7fC57231bDE5cAFbde5. EVVM Treasury: 0x977126dd6B03cAa3A87532784E6B7757aBc9C1cc. EVVM Core: 0xa6a02E8e17b819328DDB16A0ad31dD83Dd14BA3b. EVVM Native x402 Adapter: 0xDf5eaED856c2f8f6930d5F3A5BCE5b5d7E4C73cc.
Local: relayer/ — RELAYER_PRIVATE_KEY, KRUMP_VERIFY_ADDRESS; runs on port 7350. Frontend VITE_X402_RELAYER_URL for local: http://localhost:7350. Production: Fly.io app krump-x402-relayer at https://krump-x402-relayer.fly.dev. Set fly secrets set RELAYER_PRIVATE_KEY=0x...; frontend VITE_X402_RELAYER_URL=https://krump-x402-relayer.fly.dev.
Script: script/DeployAll.s.sol — deploys KrumpTreasury, KrumpVerify (with Story IP/License/Royalty set), KrumpVerifyNFT; deployer gets RECEIPT_SUBMITTER_ROLE. Optional RELAYER_ADDRESS in env to grant role to another address. Command: ./deploy.sh or forge script script/DeployAll.s.sol:DeployAll --rpc-url https://aeneid.storyrpc.io --broadcast --gas-price 10000000000 --legacy. See DEPLOY.md.
Autonomous use: An agent with a wallet (or delegated signing) can pay via x402 (after Fund EVVM), have a relayer submit a receipt, then call verifyMoveWithReceipt. Or it can approve USDC.k and call verifyMove. Human check: All verifications and payment receipts are on-chain; humans can audit via explorer, Verified / PaymentReceiptSubmitted events, and receiptUsed / paymentReceipts state. Repo: Contract and frontend in this repo; frontend supports Fund EVVM, “Pay via x402”, “Load my receipts”, and “Verify with receipt”.
Verify with wallet payment: approve(USDC.k) then verifyMove(ipId, moveDataHash, proof). Verify with receipt: verifyMoveWithReceipt(ipId, moveDataHash, proof, paymentReceiptId) (payer must be msg.sender). Submit receipt (relayer only): submitPaymentReceipt(receiptId, payer, amount); require amount >= verificationFee, payer != 0, receipt not already submitted. EVVM/x402 build guide: docs/BUILDING_WITH_EVVM_X402_STORY_AENEID.md. For full contract and env details, see repo README and DEPLOY.md and src/KrumpVerify.sol.
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