M·O·R·S·E
Signal 0x3807cfe1d24c41506eba4a703c4d8491777d09570183730461c5ad4a2e9a7b15
| Found on the node | yes — GET /engine/v1/signal/0x3807cfe1d2… |
|---|---|
| Kind | direct_result |
| Miner | livecert id 4433 |
| Paid by | 0xfBB3C3bd51EC6E19BDECc786945d83719b6b4c9c = Morse's payer wallet |
| Node's own check | verified — the node confirms this hash commits to the payload below (keccak256 over payload) |
| Settlement tx | 0x4d117b30cc939f5d56065794ce6eed421bd5cfe245a8c525a02a72ec390837d2 |
| Recorded | 2026-09-03T05:16:09.912566Z |
| Morse's ledger row | 2026-09-03T05:16:06.692Z · mcp · ask · SSL_VERIFICATION · LiveCert Operational Signals · $0.01 |
The node states the hash is keccak256 over the payload and reports it verified. Morse shows that attestation as the node returns it: eleven serialisations of the payload as served were tried and none reproduced the hash, so Morse does not claim to have re-derived it independently (GAPS G3). What Morse does establish on its own is the payer — the wallet above is checked against Morse's.
Payload the hash covers
{
"intent_id": "",
"miner_slug": "livecert",
"subnet_id": "4433",
"wallet_address": "0xfBB3C3bd51EC6E19BDECc786945d83719b6b4c9c",
"request": "[direct] 4433 → {\"method\":\"GET\",\"endpoint\":\"/ssl-check\",\"payload\":{\"query\":\"Is the TLS certificate for cloudflare.com valid?\",\"text\":\"Is the TLS certificate for cloudflare.com valid?\"}}",
"response": {
"confidence": 1,
"reason": "Regarding is the TLS certificate for cloudflare.com valid: The TLS/SSL certificate configuration for cloudflare.com is valid. Certificate validity: the certificate is currently valid, expiring in 33 days on 2026-10-06, issued by Google Trust Services. Chain trust: the server presented a complete chain of 3 certificates including intermediates, building a trusted path to a root. Hostname verification: passes against DNS:cloudflare.com. The connection negotiated TLSv1.3.",
"verdict": "valid"
},
"timestamp": "2026-09-03T05:16:09.909252348Z"
}