I went back and reread BabylonLabs’ white paper today. This time, what stumped me wasn’t the technical details—it was a table. In the comparison table of the multi-party trust assumptions in Section 5.1, it puts “no-trust vault” alongside DLC and the General BitVM bridge. The earlier items are pretty convincing: the borrower withdraws the collateral, and the liquidator liquidates—everything is “trustless.” But when I get to the line “small-loan lenders withdraw from the lending contract,” it says “trust(n-k+1)-of-n liquidators or (m-j+1)-of-m large lenders”—which is almost the same sentence as in the row for the General BitVM bridge.#baby @BabylonLabs_io
So here’s the gist: if you’re a lender who drops a small amount into the lending pool, your fund safety isn’t that much higher than that of bridge users. What you’re trusting isn’t cryptography, but the idea that “among these liquidators and big players, a majority aren’t bad actors.” It’s like a homeowners’ association meeting: you pay the property management fee; the contract says “joint resolutions by homeowners.” It sounds decentralized, but when something goes wrong, whether you can get your deposit back depends on whether those few dozen big homeowners at the meeting are reliable enough—nothing to do with whether you paid.
The white paper itself lays out this data plainly; it doesn’t hide it. I actually find that honest. But for the specific threshold parameters k, n, j, and m, how they would be set when deploying a real lending pool, and who would decide them—based on the public资料 I could find, I haven’t located that yet. I’ll note it down for now.
On the token side—$BABY —the Trustless Bitcoin Vaults trust-tiering design is essentially a clear separation between “no trust at the protocol layer” and “pooled trust at the application layer.” That’s a foundational module that you can’t avoid when later integrating multiple applications—how to price risk, how to set parameters. But whether this can be turned into a standardized, operational process—I’m continuing to monitor the testnet data.#baby $BABY
So here’s the gist: if you’re a lender who drops a small amount into the lending pool, your fund safety isn’t that much higher than that of bridge users. What you’re trusting isn’t cryptography, but the idea that “among these liquidators and big players, a majority aren’t bad actors.” It’s like a homeowners’ association meeting: you pay the property management fee; the contract says “joint resolutions by homeowners.” It sounds decentralized, but when something goes wrong, whether you can get your deposit back depends on whether those few dozen big homeowners at the meeting are reliable enough—nothing to do with whether you paid.
The white paper itself lays out this data plainly; it doesn’t hide it. I actually find that honest. But for the specific threshold parameters k, n, j, and m, how they would be set when deploying a real lending pool, and who would decide them—based on the public资料 I could find, I haven’t located that yet. I’ll note it down for now.
On the token side—$BABY —the Trustless Bitcoin Vaults trust-tiering design is essentially a clear separation between “no trust at the protocol layer” and “pooled trust at the application layer.” That’s a foundational module that you can’t avoid when later integrating multiple applications—how to price risk, how to set parameters. But whether this can be turned into a standardized, operational process—I’m continuing to monitor the testnet data.#baby $BABY