#dusk $DUSK @Dusk hi friends I honestly While digging into Dusk I stopped thinking about privacy as simply hiding transactions and asked a harder question: who gets to see the hidden data when disclosure becomes necessary?
Phoenix uses encrypted notes and zero knowledge proofs so observers cannot normally see the sender, receiver, or amount. But viewing keys can selectively reveal information for auditing or regulation.
That is useful for financial markets, but it introduces another dependency: access control.
Dusk’s Citadel layer provides identity and selective-disclosure primitives, while asset rules can combine credentials, wallet binding and smart-contract logic.
The design gets the important part right: privacy does not have to mean permanent opacity.
But under adversarial conditions, the question changes. Can disclosure remain limited to exactly the required information, without creating a new trust or credential management weakness?
That is the part I’d monitor as Dusk’s financial applications become more complex.
Phoenix uses encrypted notes and zero knowledge proofs so observers cannot normally see the sender, receiver, or amount. But viewing keys can selectively reveal information for auditing or regulation.
That is useful for financial markets, but it introduces another dependency: access control.
Dusk’s Citadel layer provides identity and selective-disclosure primitives, while asset rules can combine credentials, wallet binding and smart-contract logic.
The design gets the important part right: privacy does not have to mean permanent opacity.
But under adversarial conditions, the question changes. Can disclosure remain limited to exactly the required information, without creating a new trust or credential management weakness?
That is the part I’d monitor as Dusk’s financial applications become more complex.