Privacy on a blockchain does not have to mean that every transaction becomes invisible to everyone and that distinction is important for financial applications.
Dusk approaches privacy through different visibility levels. Moonlight provides transparent public account flows while Phoenix supports shielded transfers using zero knowledge proofs. With Phoenix transaction correctness can be verified without publicly exposing the transferred amount the sender or the specific notes involved.
The interesting part is what happens when someone actually needs evidence. Dusk’s documentation describes selective disclosure as a way for authorized parties such as issuers venues auditors or supervisors to access required information without making unnecessary data public. Viewing keys can be used when regulation or auditing requires controlled visibility.
That creates a different idea of transparency. Instead of assuming everything must be public for a blockchain to remain auditable Dusk separates public visibility from controlled disclosure.
For regulated markets that distinction could matter. An investor may not want every balance or transfer exposed to the entire network while an auditor may still need specific evidence to verify a transaction or financial process.
So the goal isn’t simply private transactions. It is more precise keep sensitive information confidential while preserving a path for authorized verification when it is actually required.
@Dusk_Foundation $DUSK #dusk
Dusk approaches privacy through different visibility levels. Moonlight provides transparent public account flows while Phoenix supports shielded transfers using zero knowledge proofs. With Phoenix transaction correctness can be verified without publicly exposing the transferred amount the sender or the specific notes involved.
The interesting part is what happens when someone actually needs evidence. Dusk’s documentation describes selective disclosure as a way for authorized parties such as issuers venues auditors or supervisors to access required information without making unnecessary data public. Viewing keys can be used when regulation or auditing requires controlled visibility.
That creates a different idea of transparency. Instead of assuming everything must be public for a blockchain to remain auditable Dusk separates public visibility from controlled disclosure.
For regulated markets that distinction could matter. An investor may not want every balance or transfer exposed to the entire network while an auditor may still need specific evidence to verify a transaction or financial process.
So the goal isn’t simply private transactions. It is more precise keep sensitive information confidential while preserving a path for authorized verification when it is actually required.
@Dusk_Foundation $DUSK #dusk