#dusk
I was looking through Dusk Network and one thing I didn’t really think about at first was that its privacy approach isn’t simply about hiding transactions. The more I dug into the design, the more interesting the idea of selective disclosure became.
Most blockchains make transparency the default. You can see balances and transaction activity, which is useful for verification, but that model gets awkward when you’re dealing with financial markets where revealing every position or transfer isn’t necessarily desirable.
Dusk takes a different approach with its shielded Phoenix transaction model. Instead of putting the full details of a transfer on public display, zero-knowledge proofs can let the network verify that the transaction is valid without revealing the amount or the specific notes involved. At the same time, viewing keys can allow information to be disclosed when there’s a legitimate reason to do so.
That distinction matters to me because privacy here isn’t being treated as “hide everything.” It’s closer to controlling what gets revealed, and to whom. That makes more sense for regulated finance than a system where everything is permanently public.
The trade-off is that this adds another layer of complexity. Users and developers have to understand different transaction models, disclosure rules, and privacy assumptions. It also means privacy isn’t automatically the right choice for every workflow.
After spending some time looking at Dusk, I found myself paying more attention to how information is revealed before looking at the usual blockchain metrics.
I’m curious whether others think about privacy this way, or do most people still look at TVL, fees and throughput first?
$DUSK
@Dusk_Foundation
I was looking through Dusk Network and one thing I didn’t really think about at first was that its privacy approach isn’t simply about hiding transactions. The more I dug into the design, the more interesting the idea of selective disclosure became.
Most blockchains make transparency the default. You can see balances and transaction activity, which is useful for verification, but that model gets awkward when you’re dealing with financial markets where revealing every position or transfer isn’t necessarily desirable.
Dusk takes a different approach with its shielded Phoenix transaction model. Instead of putting the full details of a transfer on public display, zero-knowledge proofs can let the network verify that the transaction is valid without revealing the amount or the specific notes involved. At the same time, viewing keys can allow information to be disclosed when there’s a legitimate reason to do so.
That distinction matters to me because privacy here isn’t being treated as “hide everything.” It’s closer to controlling what gets revealed, and to whom. That makes more sense for regulated finance than a system where everything is permanently public.
The trade-off is that this adds another layer of complexity. Users and developers have to understand different transaction models, disclosure rules, and privacy assumptions. It also means privacy isn’t automatically the right choice for every workflow.
After spending some time looking at Dusk, I found myself paying more attention to how information is revealed before looking at the usual blockchain metrics.
I’m curious whether others think about privacy this way, or do most people still look at TVL, fees and throughput first?
$DUSK
@Dusk_Foundation