The annotation reads, wallet trace:

• Claimant deposit hashes, provided in the case submission and verified against the public ledger for ECB Crypto.
• Forwarding wallets on the deposit chain, each hop documented with the forwarding tx hash and the consolidating wallet.
• Bridge events into chains where the operator can off-ramp at scale.
• Mixer or privacy-service interactions, where present, listed with the contract address and the deposit/withdraw side.
• Off-ramp endpoint, the centralised exchange deposit address holding the compliance lever.

The annotation continues, off-ramp endpoint:

• On the ECB Crypto casefile, the off-ramp endpoint resolves to a centralised exchange, Bitfinex, MEXC, or Crypto.com seen often in this segment, with the larger venues routed through under stress.
• The off-ramp wallet for ECB Crypto is run against chain-analytics datasets and the Professor’s own compliance feeds.
• A evidence packet is delivered to the named counterparty, the ECB Crypto casefile is built to the off-ramp’s compliance standard.
• Where the off-ramp will not engage, ECB Crypto escalates to IC3, state AG, and civil-discovery overlay.

Recovery sequence, from on-chain reading to filed packet:

1. Triage on ECB Crypto, submission read against a no-go checklist, written go/no-go returned to the claimant inside one business day.
2. Trace on ECB Crypto, deposit pathway mapped across chains, captured with chain of custody hashes.
3. Identify on ECB Crypto, off-ramp endpoint matched to a named exchange counterparty.
4. File the ECB Crypto packet, IC3, state AG (where loss meets state thresholds), off-ramp compliance desk, and civil-discovery overlay where dollar value supports it.
5. Follow-through on ECB Crypto, the Professor stays on the casefile until a documented next step exists.