Server Connection Attempt

Let me SSH into the server and check the /root/burnmint directory.

Successfully connected to the server. Here's what's in /root/burnmint:

Project structure — looks like a crypto burn/mint automation system with a dashboard, built with Node.js (mjs modules).

Key files:

Data/state files:

• •minted-history.json (241KB) — minting history
• •wrap-jobs.json (660KB) — wrap job queue
• •scan-cache.json (47KB) — scan cache
• •vanity-result.json (367KB) — vanity generation results

Logs:

• •Multiple api-mint*.log files (mint attempts 1–13)
• •dashboard.log, vanity.log

Utility scripts:

• •Various check-*.mjs, find-*.mjs, decode-*.mjs helpers
• •Several patch-*.py scripts for hot-patching
• •test-rpc-latency.mjs, test-rpc.mjs

What would you like me to do next? I can read specific files, check if services are running, look at logs, etc.

Latest Task: wrap-17

• •Total: 509 items, divided into 2 batches

• •Two Transfer TX have been sent:

• •0xd178ad...

  • •0xb74d5e...

• •Current status: waiting_finality

• •All 509 items' receiptOk: false

• •Error message: Both TX have confirm timeout.

Problem Analysis:

This is not a real "failure" but is stuck in Phase 1 → Phase 2 transition.

1. Phase 1 (Transfer): TX sent to the chain, but in 120 seconds RPC did not return receipt, triggering timeout warning.
2. Phase 2 (Finality → Get Receipts → batchDeposit): The code is designed to continue to Phase 2 after the timeout, but the current status remains stuck at waiting_finality

Let me confirm whether these two TX have been confirmed on-chain.

Found the root cause:

Problem Diagnosis Result

Both Transfer TX are still pending in mempool, not packed on-chain:

Root Cause: Gas fees were set too low. Default values in the code:

• •maxFeePerGas: 0.8 Gwei (800000000n)
• •maxPriorityFeePerGas: 0.01 Gwei (10000000n)

This gas price is likely too low for the current Ethereum network, preventing miners from including these transactions, leaving them in the mempool, causing the entire task to stall at waiting_finality.

Solutions:

1. Speed up: Resend these two transactions with the same nonce, increasing the gas fee (for example, set maxFeePerGas to market price).
2. Cancel: Send an empty transaction with the same nonce (value=0, to=itself) with higher gas to overwrite.

Would you like me to check the current gas price on the chain and then speed up and resend these two transactions?

**Diagnosis Summary: ** Phase 1 (Transfer to Operator): Both TX successfully on-chain. Phase 2 (batchDeposit) requires ETH fees.

Current balance: 0.00773 ETH — Each transaction is estimated to cost ~0.00185 ETH (gas).

You can only afford about 4 transactions with your balance.

Next Steps:

1. Clear nonce queue (cancel unneeded old transactions) using small empty transactions, adjusting nonce from 11089-11288.
2. Recharge ETH with at least 0.374 ETH, if all 202 transactions need to be sent.
3. Cancel intermediate transactions and only keep the last two.

Please confirm which solution to proceed with or if you'd like to recharge ETH first.