#dusk $DUSK .
Phoenix changes the visibility model. Funds become shielded notes, with ZK proofs validating the transaction without exposing amount or public transaction linkage. Yet the receiver can identify the sender, while viewing keys enable controlled disclosure when evidence is required.
What I find subtle here is the incentive design.
The institution isn’t forced to choose between transparent finance and private finance. It can choose visibility according to the workflow.
There is a trade off, though Phoenix introduces more complex custody, scanning and proof generation requirements than Moonlight.
That makes @Dusk interesting to me.
Maybe the real innovation isn’t privacy itself, but making disclosure configurable at the transaction layer.
Would regulated markets actually prefer this kind of variable transparency over a permanently public ledger?
#dusk $DUSK #DUSK
Phoenix changes the visibility model. Funds become shielded notes, with ZK proofs validating the transaction without exposing amount or public transaction linkage. Yet the receiver can identify the sender, while viewing keys enable controlled disclosure when evidence is required.
What I find subtle here is the incentive design.
The institution isn’t forced to choose between transparent finance and private finance. It can choose visibility according to the workflow.
There is a trade off, though Phoenix introduces more complex custody, scanning and proof generation requirements than Moonlight.
That makes @Dusk interesting to me.
Maybe the real innovation isn’t privacy itself, but making disclosure configurable at the transaction layer.
Would regulated markets actually prefer this kind of variable transparency over a permanently public ledger?
#dusk $DUSK #DUSK