These past few days I’ve picked up a slightly bad habit... whenever I come across a protocol talking about yield, I no longer look at the APR first, I look for the money’s exit path first.
with @BabylonLabs_io it was the same.
I sat down and traced a 0.05 BTC flow from UTXO → P2TR Output → Taproot Script → Unbonding, then got stuck right at CLTV.
301 blocks.
if we take an average of 10 minutes/block, it takes more than 50 hours.
honestly, that number bothered me even more than a low yield... but it was also exactly what made me believe this lock is not just a decorative “unstake” button.
then came EOTS.
Finality Provider uses a One-Time Schnorr Signature, nonce commitment is bound to block height; if it Double Signs two conflicting blocks, then k=(s1-s2)/(H1-H2).
sounds like a problem that only exists on paper?
Private Key can be Extracted → Slashing Transaction has a real execution path → UTXO bears the consequence.
I even pulled out the Control Block and Taproot Leaf to inspect them again, because this is where I see the biggest difference: punishment does not exist only inside a Contract State Machine.
Bitcoin Consensus stands behind the execution.
CLTV guards the exit path.
EOTS guards signing behavior.
Taproot guards the spend conditions.
I’m becoming increasingly allergic to systems that feel too “smooth”, because sometimes that smoothness merely hides the fact that users are handing Control over to a layer of Contract Custody.
for me, Mainnet Ownership is worth more than a pretty receipt.
Security Premium lies exactly there: Finality Provider can earn reward, but when it breaks the Finality of a Bitcoin Secured Network, Cryptographic Slashing does not ask what excuse it has.
if 0.1% of 0.05 BTC gets burned, that is 0.00005 BTC disappearing for real.
small in quantity... but enormous in economic meaning.
would you choose a protocol that lets you withdraw as fast as possible, or choose a protocol that makes whoever protects Finality think twice before signing?
#baby $BABY @BabylonLabs_io
with @BabylonLabs_io it was the same.
I sat down and traced a 0.05 BTC flow from UTXO → P2TR Output → Taproot Script → Unbonding, then got stuck right at CLTV.
301 blocks.
if we take an average of 10 minutes/block, it takes more than 50 hours.
honestly, that number bothered me even more than a low yield... but it was also exactly what made me believe this lock is not just a decorative “unstake” button.
then came EOTS.
Finality Provider uses a One-Time Schnorr Signature, nonce commitment is bound to block height; if it Double Signs two conflicting blocks, then k=(s1-s2)/(H1-H2).
sounds like a problem that only exists on paper?
Private Key can be Extracted → Slashing Transaction has a real execution path → UTXO bears the consequence.
I even pulled out the Control Block and Taproot Leaf to inspect them again, because this is where I see the biggest difference: punishment does not exist only inside a Contract State Machine.
Bitcoin Consensus stands behind the execution.
CLTV guards the exit path.
EOTS guards signing behavior.
Taproot guards the spend conditions.
I’m becoming increasingly allergic to systems that feel too “smooth”, because sometimes that smoothness merely hides the fact that users are handing Control over to a layer of Contract Custody.
for me, Mainnet Ownership is worth more than a pretty receipt.
Security Premium lies exactly there: Finality Provider can earn reward, but when it breaks the Finality of a Bitcoin Secured Network, Cryptographic Slashing does not ask what excuse it has.
if 0.1% of 0.05 BTC gets burned, that is 0.00005 BTC disappearing for real.
small in quantity... but enormous in economic meaning.
would you choose a protocol that lets you withdraw as fast as possible, or choose a protocol that makes whoever protects Finality think twice before signing?
#baby $BABY @BabylonLabs_io