I spent some time reading about Babylon over the weekend, and one design choice kept coming back to my mind.
Most Bitcoin-related infrastructure starts by asking users to move their BTC somewhere else. Sometimes it’s wrapped, sometimes it’s locked behind another custody model, and sometimes it’s managed by a separate network of operators. That has almost become the default assumption in crypto.
Babylon seems to start from a different premise.
Instead of asking, “How can Bitcoin participate?”, it first asks, “How can Bitcoin participate without giving up the security model that made it valuable in the first place?”
That shift sounds small, but I think it changes how you evaluate the protocol. Rather than treating self-custody as a limitation to work around, Babylon appears to treat it as a design constraint that shouldn’t be compromised. From there, Trustless Bitcoin Vaults (TBV) become more than just another staking component—they represent an attempt to extend Bitcoin’s role while preserving the principles many BTC holders care about.
Of course, good design ideas still need to prove themselves in production. Security assumptions only matter if they continue to hold under real network activity and long-term adoption.
That’s probably why I’m following @BabylonLabs_io more for its architecture than for its TVL. The numbers will change over time, but the underlying design decisions are what usually determine whether an infrastructure project can last.
What do you think is harder: building new functionality for Bitcoin, or building it without asking users to compromise on self-custody?
#baby $BABY @BabylonLabs_io
Most Bitcoin-related infrastructure starts by asking users to move their BTC somewhere else. Sometimes it’s wrapped, sometimes it’s locked behind another custody model, and sometimes it’s managed by a separate network of operators. That has almost become the default assumption in crypto.
Babylon seems to start from a different premise.
Instead of asking, “How can Bitcoin participate?”, it first asks, “How can Bitcoin participate without giving up the security model that made it valuable in the first place?”
That shift sounds small, but I think it changes how you evaluate the protocol. Rather than treating self-custody as a limitation to work around, Babylon appears to treat it as a design constraint that shouldn’t be compromised. From there, Trustless Bitcoin Vaults (TBV) become more than just another staking component—they represent an attempt to extend Bitcoin’s role while preserving the principles many BTC holders care about.
Of course, good design ideas still need to prove themselves in production. Security assumptions only matter if they continue to hold under real network activity and long-term adoption.
That’s probably why I’m following @BabylonLabs_io more for its architecture than for its TVL. The numbers will change over time, but the underlying design decisions are what usually determine whether an infrastructure project can last.
What do you think is harder: building new functionality for Bitcoin, or building it without asking users to compromise on self-custody?
#baby $BABY @BabylonLabs_io