The vote ends the organization; it does not unwind the positions
This is the part most wind-down write-ups miss, and it is checkable on-chain. Aura's entire product was a locked position: its VoterProxy contract 0xaF52695E1bB01A16D33D7194C28C42b10e0Dbec2 held Balancer LP tokens escrowed in veBAL. AIP-78 dissolved the protocol. It did not, and could not, break the lock.
Read against Ethereum mainnet at block 25,758,271 (15 August 2026), four months after the dissolution vote, the proxy still held 3,684,354.766 BPT locked in veBAL with locked__end = 29 April 2027, giving it a veBAL balance of 2,592,008.185 against a total supply of 3,573,920.103 – 72.53% of the entire vote-escrow electorate of a protocol it no longer participates in. Meanwhile the constituency that used to direct that bloc had evaporated: vlAURA outstanding stood at 332,317.70 against an 86,413,430.86 AURA supply, or 0.38%.
So Balancer inherited a governance problem it did not create: a supermajority of its escrowed voting weight belonging to a dead counterparty, immovable until 2027, and – critically – still counted in the denominator when measuring turnout. The DAO's answer is BIP-924, “Exclude Aura from Governance and Reduce Quorum”, filed 14 August 2026 and open to 18 August. Its remedy is two-part: overwrite the VoterProxy to zero voting power in the aggregator, and halve the quorum from 10,000,000 to 5,000,000 because the old bar was calibrated around a participant that no longer exists.
The two proposals immediately before it are the evidence for that arithmetic. BIP-922 and BIP-923 both closed 4 August 2026 unanimously – on eleven and ten voting addresses carrying 6,473,256.62 and 6,454,723.41 respectively, both short of the 10,000,000 quorum. BIP-924 itself, checked 16 August 2026, sits at 21,837,199.55 unanimous across five addresses, comfortably over the bar it proposes to lower. A DAO that cannot reach quorum has not lost its members; it has lost the one member who used to carry the quorum single-handed, which is the failure mode quorum design is least often stress-tested against.