#dusk I kept coming back to one question while reading Dusk: why should privacy have to mean either everything is visible or everything is hidden?
The more I looked at regulated finance, the less that binary made sense.
If I hold a regulated asset, I may not want my balance and activity visible to the entire market. But an issuer could still need to verify my eligibility. An auditor might need evidence about a particular transaction. A supervisor could need specific information to check compliance.
None of them necessarily needs access to everything.
That is where Dusk's transaction models became more interesting to me.
Moonlight provides public, account-based transfers. Phoenix uses shielded, note-based transfers with zero-knowledge proofs, keeping sensitive transaction details from public observers. Dusk also supports selective disclosure through viewing keys when specific information needs to be revealed for regulation or auditing.
The comparison I find useful isn't simply public versus private.
It is uncontrolled visibility versus controlled visibility.
If everything is public, financial participants may expose information that has no reason to be public.
If everything is hidden, verification becomes harder.
Dusk's approach tries to separate those two problems. Information can remain protected by default, while authorized parties can receive the evidence they actually need. Dusk explicitly describes this as a way to support regulated markets where privacy and evidence have to coexist.
That changed how I think about blockchain privacy.
The important question isn't just:
"Can this information be hidden?"
It's:
"Who needs to see it, what do they need to verify, and what can remain private?"
For regulated finance, that distinction feels much closer to how privacy actually works in the real world.
@Dusk $DUSK
The more I looked at regulated finance, the less that binary made sense.
If I hold a regulated asset, I may not want my balance and activity visible to the entire market. But an issuer could still need to verify my eligibility. An auditor might need evidence about a particular transaction. A supervisor could need specific information to check compliance.
None of them necessarily needs access to everything.
That is where Dusk's transaction models became more interesting to me.
Moonlight provides public, account-based transfers. Phoenix uses shielded, note-based transfers with zero-knowledge proofs, keeping sensitive transaction details from public observers. Dusk also supports selective disclosure through viewing keys when specific information needs to be revealed for regulation or auditing.
The comparison I find useful isn't simply public versus private.
It is uncontrolled visibility versus controlled visibility.
If everything is public, financial participants may expose information that has no reason to be public.
If everything is hidden, verification becomes harder.
Dusk's approach tries to separate those two problems. Information can remain protected by default, while authorized parties can receive the evidence they actually need. Dusk explicitly describes this as a way to support regulated markets where privacy and evidence have to coexist.
That changed how I think about blockchain privacy.
The important question isn't just:
"Can this information be hidden?"
It's:
"Who needs to see it, what do they need to verify, and what can remain private?"
For regulated finance, that distinction feels much closer to how privacy actually works in the real world.
@Dusk $DUSK