Something I noticed while digging into Dusk’s architecture: the interesting part of XSC isn’t simply that it adds privacy to smart contracts.
The bigger idea is that confidentiality can be built into the contract standard itself, depending on the business requirements. Dusk describes XSC as a standard for confidential smart contracts that can adapt to privacy and compliance constraints.
That made me look at the privacy model a little differently.
It’s easy to assume that a “privacy blockchain” means everything is hidden. Dusk doesn’t really frame it that way. Its architecture separates public and confidential transaction models: Moonlight handles transparent accounts, while Phoenix supports shielded transfers. Selective disclosure can then allow authorized parties to access specific information when needed.
There’s also an important connection between XSC and Zedger. Dusk’s architecture describes Zedger as combining UTXO and account-based properties to support functions relevant to financial assets, including settlement, redemption, dividends, voting, and capped transfers while preserving transaction confidentiality.
So I think the common misconception is thinking privacy means “hide everything.”
The more interesting approach is deciding what should stay private, what can remain public, and what information should be revealed only to the right party.
Would you rather have complete anonymity, or controlled privacy with selective disclosure?
@Dusk_Foundation #dusk $DUSK
$GPS
$VELVET
The bigger idea is that confidentiality can be built into the contract standard itself, depending on the business requirements. Dusk describes XSC as a standard for confidential smart contracts that can adapt to privacy and compliance constraints.
That made me look at the privacy model a little differently.
It’s easy to assume that a “privacy blockchain” means everything is hidden. Dusk doesn’t really frame it that way. Its architecture separates public and confidential transaction models: Moonlight handles transparent accounts, while Phoenix supports shielded transfers. Selective disclosure can then allow authorized parties to access specific information when needed.
There’s also an important connection between XSC and Zedger. Dusk’s architecture describes Zedger as combining UTXO and account-based properties to support functions relevant to financial assets, including settlement, redemption, dividends, voting, and capped transfers while preserving transaction confidentiality.
So I think the common misconception is thinking privacy means “hide everything.”
The more interesting approach is deciding what should stay private, what can remain public, and what information should be revealed only to the right party.
Would you rather have complete anonymity, or controlled privacy with selective disclosure?
@Dusk_Foundation #dusk $DUSK
$GPS
$VELVET