There's a sentence in Babylon's documentation that quietly undoes the word everyone uses for its slashing: "trustless." I'd assumed EOTS did all the work alone, math catches a double-signer, punishment happens, no committee needed. Reading the actual spending conditions changed that.
Bitcoin Script can't natively express "if this finality provider double-signs, slash their stake." So Babylon builds the punishment path differently. At staking time, your funds lock into a UTXO requiring signatures from you and a quorum of the covenant committee, collected in advance. If the finality provider later double-signs, EOTS math leaks their private key, and that leaked key supplies the final signature the pre-built multisig was already waiting for.
So the elegant part, math automatically catching bad actors, is real, but it's the last piece of a structure, not the whole structure. The committee's signatures have to exist before any misbehavior happens, or there's no punishable path at all. Trustlessness shows up at the end. Everything before it depends on that committee being present, honest, and online at staking time.
Which reframes what's actually worth watching. Not whether the cryptography works, that part's solid. Whether the covenant committee stays decentralized and available as Babylon scales across more Bitcoin Secured Networks, because if that layer thins out, the slashing path doesn't fail loudly, it just stops existing for new stake before anyone checks.
whether committee composition and uptime start getting the same scrutiny as TVL and staking numbers, or stay the invisible precondition nobody asks about until it's too late.
$BABY #baby @BabylonLabs_io
Bitcoin Script can't natively express "if this finality provider double-signs, slash their stake." So Babylon builds the punishment path differently. At staking time, your funds lock into a UTXO requiring signatures from you and a quorum of the covenant committee, collected in advance. If the finality provider later double-signs, EOTS math leaks their private key, and that leaked key supplies the final signature the pre-built multisig was already waiting for.
So the elegant part, math automatically catching bad actors, is real, but it's the last piece of a structure, not the whole structure. The committee's signatures have to exist before any misbehavior happens, or there's no punishable path at all. Trustlessness shows up at the end. Everything before it depends on that committee being present, honest, and online at staking time.
Which reframes what's actually worth watching. Not whether the cryptography works, that part's solid. Whether the covenant committee stays decentralized and available as Babylon scales across more Bitcoin Secured Networks, because if that layer thins out, the slashing path doesn't fail loudly, it just stops existing for new stake before anyone checks.
whether committee composition and uptime start getting the same scrutiny as TVL and staking numbers, or stay the invisible precondition nobody asks about until it's too late.
$BABY #baby @BabylonLabs_io