At first I thought... Dusk was mainly a privacy-focused Layer 1 for institutions. After looking closer at the project, that explanation felt too simple.
Then I noticed... Dusk isn’t trying to hide everything by default. Its architecture is built around deciding what stays private, what must be proven, and who is allowed to see the details.
Phoenix handles private transfers through a note-based UTXO model. Zero-knowledge proofs show that a user owns the funds and isn’t double-spending, without exposing the transaction itself. View keys can still give selected parties access when disclosure is required.
Dusk also uses Zedger, a hybrid model designed for XSC-based financial assets. It can enforce rules around investor eligibility, transfer limits, redemptions, dividends, and voting while keeping sensitive activity confidential.
The interesting part isn’t that Dusk adds privacy to finance. It’s that the project treats privacy and compliance as permissions within the same system, instead of forcing users to choose one over the other.
#dusk @Dusk $DUSK
Then I noticed... Dusk isn’t trying to hide everything by default. Its architecture is built around deciding what stays private, what must be proven, and who is allowed to see the details.
Phoenix handles private transfers through a note-based UTXO model. Zero-knowledge proofs show that a user owns the funds and isn’t double-spending, without exposing the transaction itself. View keys can still give selected parties access when disclosure is required.
Dusk also uses Zedger, a hybrid model designed for XSC-based financial assets. It can enforce rules around investor eligibility, transfer limits, redemptions, dividends, and voting while keeping sensitive activity confidential.
The interesting part isn’t that Dusk adds privacy to finance. It’s that the project treats privacy and compliance as permissions within the same system, instead of forcing users to choose one over the other.
#dusk @Dusk $DUSK