What made SIGN click for me was one specific payout-review failure.
An eligibility attestation approves a wallet.
That feeds an allocation record.
That allocation feeds settlement.
Later, finance opens the settlement record and it looks clean. The recipient is there. The amount is there. The trail looks complete.
But the parent proof may already be dead.
If the eligibility attestation was revoked or expired after the child records were created, the settlement can still look usable unless the app checks the parent before trusting the child.
That is the skipped mess.
The failure is not fake data. It is stale inherited trust. A later record can keep the shape of validity even after the earlier approval it depended on no longer holds.
That is why SIGN feels important to me. Sign Protocol gives attestations live validity and revocation state. TokenTable can consume that evidence and create the next record in the flow. So when a payout gets challenged, the real workload is not just reading the latest record. It is support or finance having to recheck whether the upstream proof is still alive before acting on what looks clean.
That is where $SIGN starts to make sense to me. If these rails scale, the load is not just writing more records. It is continuously verifying whether old proof state still supports new action.
The settlement can look clean and still be wrong.
A proof chain is only as honest as its oldest live link.