getTransitionError's 'failed' branch in src/services/vaultTransitions.ts (lines 60-66) compares new Date(vault.endTimestamp) against new Date() (the server's wall-clock time at the moment of the request) with no allowance for clock skew between the server and whatever system decided the vault should fail (e.g. a scheduled job running on a different host, or a client-submitted request arriving with network latency). A vault whose endTimestamp has passed by only a few hundred milliseconds relative to a slightly-behind server clock would be incorrectly rejected as "endTimestamp has not passed yet," while the equivalent DB-backed transitionVaultStatus function in the same file has no independent time-based gate at all for the 'failed' transition (it only checks isValidTransition), creating an inconsistency between the two parallel implementations of the same business rule.
getTransitionError's'failed'branch insrc/services/vaultTransitions.ts(lines 60-66) comparesnew Date(vault.endTimestamp)againstnew Date()(the server's wall-clock time at the moment of the request) with no allowance for clock skew between the server and whatever system decided the vault should fail (e.g. a scheduled job running on a different host, or a client-submitted request arriving with network latency). A vault whoseendTimestamphas passed by only a few hundred milliseconds relative to a slightly-behind server clock would be incorrectly rejected as "endTimestamp has not passed yet," while the equivalent DB-backedtransitionVaultStatusfunction in the same file has no independent time-based gate at all for the'failed'transition (it only checksisValidTransition), creating an inconsistency between the two parallel implementations of the same business rule.