#dusk @Dusk No matter how good a safe’s lock is, it’s meaningless if the wall behind it has a gap. I think Dusk should be viewed that way too.
When talking about a confidential blockchain, it’s easy to focus on ZK: how data is concealed, who can see what, and how proofs are generated. But the deeper I read, the more I realize privacy can’t be stronger than the weakest link in the system that upholds it.
AEGIS makes this pretty clear. Dusk handled 39 findings, including 7 critical ones, traced back to 4 root causes. They don’t live in just one place: from the VM sandbox, to deserialization, all the way to Phoenix fee/refund binding and BLS consensus authentication.
That’s the number that caught my attention.
A ZK proof can be perfectly correct, but if the transaction logic, the VM, or the consensus is wrong in another layer, the “confidential” property on paper may not hold once it runs through the network. So Dusk’s problem is bigger than just hiding data: every layer that touches the data—or its proofs—must preserve the same security invariant.
That’s exactly why I find those 39 fixes valuable. An audit doesn’t prove a system will never have bugs; it shows where the elegant assumptions in the whitepaper start colliding with real-world implementation.
So now I’m not asking Dusk “How private is your ZK?” Instead I want to know: with the safe locked, how many “walls” behind it still need to stand firm before a transaction can truly reach finality? $LINK $XRP $DUSK
Bitcoin is about to hit $79,000, the market is lush green—who’s been jumping in for those hourly trades? $Altcoins are green and fresh—welcome whatever shade of green September brings $XRP $BOME $ENA