Honestly, the longer you stick with Bitcoin’s ecosystem, the more of that twisting “something’s off” feeling you get—you’re holding the biggest asset in the whole crypto circle, yet you want to use it for something, and it’s as hard as moving an entire building into a bank vault. You can’t run contracts, you can’t see external state. Want to do collateralized lending? In your dreams.
Has the big pie (BTC) still been dropping—BTC, how low will it go?
Those so-called solutions back then boil down to two words: compromise. Either you package it as a derivative token and bet that things won’t go wrong, or you hand it over to a multisig committee and bet they won’t do anything malicious.
What Babylon’s move has made me truly feel there’s a real chance of, is that it has run through the six words: “Assets stay put; proofs come first.” Bitcoin remains completely locked in a Taproot script. Each vault corresponds to its own independent UTXO, and when it’s created, the pre-signed transaction locks in all valid spending paths. The security baseline shifts from “I believe this multisig address is hard to attack” (passive probability) to “I believe the math proof cannot be forged” (active determinism).
Two pieces behind the curtain are worth talking about. BitVM3 offloads complex smart contract logic to off-chain execution, leaving only a minimal fraud proof on-chain. BABE is a protocol released by Stanford professor David Tse in January this year. It compresses the multi-pairing operations of Groth16 zero-knowledge proofs into a single elliptic-curve scalar multiplication, cutting verification cost by more than three orders of magnitude. In plain language: verifying a proof on Bitcoin used to be absurdly expensive—now regular people can afford it.
As of May 2026, more than 56,000 BTC (about $5.6 billion) have already generated yield interest through this mechanism. But what’s even more worth watching than the amount locked is that it proves a point: DeFi’s security foundation can be built entirely on mathematical determinism, not on whether some multisig administrator is sober today.
Of course, cryptography being airtight doesn’t automatically mean the execution layer is absolutely secure. In extreme market conditions, even if ZK proofs finish generating, but the downstream sorter gets stuck for a few seconds, the liquidation logic could fail outright. No architecture, no matter how good, can escape real-world stress tests.
Still, the direction is clear: let BTC stay put, don’t transfer control, and participate in DeFi in a respectable way. This path is being solidified step by step. @BabylonLabs_io $BABY #baby
Has the big pie (BTC) still been dropping—BTC, how low will it go?
Those so-called solutions back then boil down to two words: compromise. Either you package it as a derivative token and bet that things won’t go wrong, or you hand it over to a multisig committee and bet they won’t do anything malicious.
What Babylon’s move has made me truly feel there’s a real chance of, is that it has run through the six words: “Assets stay put; proofs come first.” Bitcoin remains completely locked in a Taproot script. Each vault corresponds to its own independent UTXO, and when it’s created, the pre-signed transaction locks in all valid spending paths. The security baseline shifts from “I believe this multisig address is hard to attack” (passive probability) to “I believe the math proof cannot be forged” (active determinism).
Two pieces behind the curtain are worth talking about. BitVM3 offloads complex smart contract logic to off-chain execution, leaving only a minimal fraud proof on-chain. BABE is a protocol released by Stanford professor David Tse in January this year. It compresses the multi-pairing operations of Groth16 zero-knowledge proofs into a single elliptic-curve scalar multiplication, cutting verification cost by more than three orders of magnitude. In plain language: verifying a proof on Bitcoin used to be absurdly expensive—now regular people can afford it.
As of May 2026, more than 56,000 BTC (about $5.6 billion) have already generated yield interest through this mechanism. But what’s even more worth watching than the amount locked is that it proves a point: DeFi’s security foundation can be built entirely on mathematical determinism, not on whether some multisig administrator is sober today.
Of course, cryptography being airtight doesn’t automatically mean the execution layer is absolutely secure. In extreme market conditions, even if ZK proofs finish generating, but the downstream sorter gets stuck for a few seconds, the liquidation logic could fail outright. No architecture, no matter how good, can escape real-world stress tests.
Still, the direction is clear: let BTC stay put, don’t transfer control, and participate in DeFi in a respectable way. This path is being solidified step by step. @BabylonLabs_io $BABY #baby
