most btc defi products hide the path inside a black box and a custodian promise
@BabylonLabs_io o opens the machine with Trustless Bitcoin Vaults (TBV)
four honest steps: 1 lock native BTC in a Taproot vault 2 activate collateral for host-chain apps 3 borrow liquidity (first surface: Aave v4) 4 repay - then unlock the same btc back
no wrapped IOU theater no bridge committee holding the bag
the depositor stays on the keys while bitcoin becomes usable collateral
$BABY governs the stack as that loop turns into a real product surface #baby
it was proving collateral state on bitcoin without lighting the chain on fire
@BabylonLabs_io o unlocked that path for Trustless Bitcoin Vaults (TBV)
native BTC locks in a Taproot vault host-chain apps read the position through zk proof verification - not through a bridge committee holding your coins
cheaper proof verification is what turns vaults from a whitepaper into a product you can actually run at scale
Aave v4 borrowing is the first surface on that rail
$BABY sits on governance while Babylon makes native bitcoin collateral usable without the wrap tax #baby
bitcoin has no covenants so a clean trustless bridge was never a real primitive
@BabylonLabs_io o bypassed that wall with Trustless Bitcoin Vaults (TBV)
instead of moving BTC off-chain you lock native coins in a Taproot vault - withdrawals only clear when a zk proof of host-chain state checks out on bitcoin itself
custody stays with the depositor collateral becomes usable in defi without wrap theater
Aave v4 borrowing is the first live surface for that design
$BABY governs the stack as Babylon turns vaults into bitcoin's missing collateral rail #baby
most bitcoin sits dead while defi runs on wrapped IOUs and bridge risk
@BabylonLabs_io Labs_io answers with TBV Trustless Bitcoin Vaults - native BTC stays on bitcoin in a self-custodial Taproot lock while collateral gets proven for ethereum apps