Con $BANK doesn’t differ from the one $RIVER from days ago—push it through, then go back, you bastard, into the ground; climb at the top—you probably won’t come back to shore 😭😭
The price basket from yesterday morning looks no different from this morning; the market is sluggish—after listing, it still can’t push the stock up $GRVT
I remember that I received 90 $BEAT t from the Deposit event of the Binance Wallet; I sold a total of 44$. After I sold it, it went up to nearly 3$ right the next day. Next it was 11$. Now the price is still around 4$. Such a pity 😭😭 $BEAT $BANK
42 GiB, 22 MiB, 354 seconds, 175 milliseconds: I wrote those four numbers on a piece of paper, closed the Trustless Bitcoin Vaults (TBV) documentation from @BabylonLabs_io, and stopped reading.
Something about them didn’t make sense. Why would a protocol that doesn’t even have Bitcoin to protect yet spend so much effort upfront?
Intuitively, the hardest part should begin after BTC is locked. That’s when real collateral exists, real economic risk appears, and every security guarantee actually matters. If building a Vault required tens of gigabytes of memory and hundreds of seconds of preparation before any of that, my first conclusion was straightforward:
TBV was optimizing the wrong problem. I was wrong. The documentation forced me to reverse my thinking. The first thing TBV protects isn’t Bitcoin. At least, not directly. The first thing it eliminates is the protocol’s freedom to make new decisions.
Once BTC becomes collateral, almost nothing important is left to improvise. Peg-out, liquidation, self-claim, and every execution path have already been committed through the pre-signed transaction graph. TBV deliberately concentrates complexity at the beginning so it never has to introduce new trust assumptions later.
Only then did those four numbers become meaningful. Roughly 42 GiB of memory and nearly 354 seconds of preparation are not the cost of creating a Vault. They are the cost of creating a Vault whose future behavior has already been committed. When Babylon and UC Berkeley reduced that process to roughly 22 MiB and under 175 milliseconds, they didn’t make TBV more trustless.
They made it dramatically cheaper to preserve the exact same trust model. That was the moment I understood why the hardest part of TBV happens before a Vault even exists. Because in a trustless architecture, the most dangerous moment is not after Bitcoin has been locked. It’s the last moment when the protocol still has the freedom to change its own future. @BabylonLabs_io $GRVT $BABY #baby
Keep spinning, keep spinning, but it still only leads to that $10k Pool; it hasn’t been upgraded even once. Why do so many people spin and hit $9-14 so smoothly?