A few years back, cellular networks had a problem nobody outside telecom cared about how do you fairly split limited bandwidth among thousands of users without starving the weak signals or wasting the strong ones. David Tse solved that with proportional fair scheduling, and it quietly became the backbone of 3G, 4G, and 5G. Good problem, good math, unrelated field.

So when I saw him behind Babylon, my first instinct wasn't wow, credible team. It was wait, why does solving a scheduling problem in wireless networks make someone qualified to solve a trust problem in Bitcoin? Those aren't the same kind of hard. One is optimization under constraints. The other is adversarial game theory where someone's actively trying to break your assumptions.

I kept coming back to Babylon's own framing making BTC productive without breaking its trust model. That's really just Bitcoin's oldest dilemma restated sit on it and earn nothing, or wrap/bridge it and hand your keys to someone else. Babylon's pitch is a third door.

Here's where I got stuck. No wrapping, no bridge, no custodian fine. But the vault still leans on provers and indexers to attest Bitcoin's state to Ethereum. That's not zero trust. That's trust relocated to different actors with different failure modes. If I lend BTC through this instead of Coinbase, am I actually safer, or just trusting a newer, less tested set of assumptions?

Genuinely don't know yet. Curious if anyone's stress tested that layer.

#baby $BABY @BabylonLabs_io