#baby $BABY I’ve discussed “baby” with quite a few friends in the circle who are knowledgeable about it, and found that
everyone has a very brutal take:
TBV’s “trustless” only protects you from having your coins stolen by middlemen.
It can’t protect you from being directly wiped out by contract logic flaws or an oracle.
Many people think “trustless” means absolutely safe.
That completely confuses the underlying trust assumptions.
What @Babylon eliminates are malicious bridge operators and multisig schemers.
Funds stay on the mainnet at #BTC , and the private keys are entirely in your own hands.
You only need to trust the mathematics, consensus, and the pre-signing logic.
This solves the biggest pain point of asset custody.
But once you get to the application layer, the game rules change entirely.
The moment a DeFi contract on the target chain has a logic vulnerability.
Or an oracle price update delay triggers abnormal liquidation.
Off-chain logic will instantly generate a valid ZK proof.
That proof is sent to the BTC mainnet and automatically triggers the vault unlock.
From a cryptography standpoint, every step of verification is flawless.
But your BTC has already been liquidated in a compliant way and run off.
This is what people call “risk-free at the base layer, and you end up eating bad debts at the top.”
You can’t prevent this risk by self-delusion.
When playing TBV lending/borrowing, you can’t just stare at the BTC mainnet.
You must closely watch the target chain contract’s audit background and the oracle pricing mechanism.
Do you think separating responsibilities makes DeFi more transparent,
or do you think application-layer bugs will make “trustless” turn into an illusion?
Let’s talk in the comments.
everyone has a very brutal take:
TBV’s “trustless” only protects you from having your coins stolen by middlemen.
It can’t protect you from being directly wiped out by contract logic flaws or an oracle.
Many people think “trustless” means absolutely safe.
That completely confuses the underlying trust assumptions.
What @Babylon eliminates are malicious bridge operators and multisig schemers.
Funds stay on the mainnet at #BTC , and the private keys are entirely in your own hands.
You only need to trust the mathematics, consensus, and the pre-signing logic.
This solves the biggest pain point of asset custody.
But once you get to the application layer, the game rules change entirely.
The moment a DeFi contract on the target chain has a logic vulnerability.
Or an oracle price update delay triggers abnormal liquidation.
Off-chain logic will instantly generate a valid ZK proof.
That proof is sent to the BTC mainnet and automatically triggers the vault unlock.
From a cryptography standpoint, every step of verification is flawless.
But your BTC has already been liquidated in a compliant way and run off.
This is what people call “risk-free at the base layer, and you end up eating bad debts at the top.”
You can’t prevent this risk by self-delusion.
When playing TBV lending/borrowing, you can’t just stare at the BTC mainnet.
You must closely watch the target chain contract’s audit background and the oracle pricing mechanism.
Do you think separating responsibilities makes DeFi more transparent,
or do you think application-layer bugs will make “trustless” turn into an illusion?
Let’s talk in the comments.
