I found a small detail in Dusk’s exchange-integration docs that made me look at the network a little differently.
The obvious assumption is that if a blockchain supports private transactions, an exchange should simply be able to support those transactions too.
Apparently, it isn’t that simple.
Dusk recommends Moonlight for exchange deposits because Phoenix uses a different custody and scanning model. The production setup also involves finalized history, deposit scanning, customer attribution, reconciliation, and key-management infrastructure.
That caught my attention because it exposes a part of blockchain privacy that usually gets ignored.
Privacy doesn’t end at the protocol.
The moment an asset enters an exchange, custodian, or other financial system, someone still has to reconcile ownership, identify deposits, maintain records, and know what can actually be credited.
So the difficult question isn’t simply whether Dusk can hide transaction details.
It’s whether financial infrastructure can handle different visibility models without turning the whole operational process into a mess.
I think that’s a much more practical test for privacy-focused blockchains.
Not “Can the transaction be private?”
But “Can privacy survive contact with the systems that actually have to process the asset?”
@Dusk_Foundation $DUSK #Dusk
The obvious assumption is that if a blockchain supports private transactions, an exchange should simply be able to support those transactions too.
Apparently, it isn’t that simple.
Dusk recommends Moonlight for exchange deposits because Phoenix uses a different custody and scanning model. The production setup also involves finalized history, deposit scanning, customer attribution, reconciliation, and key-management infrastructure.
That caught my attention because it exposes a part of blockchain privacy that usually gets ignored.
Privacy doesn’t end at the protocol.
The moment an asset enters an exchange, custodian, or other financial system, someone still has to reconcile ownership, identify deposits, maintain records, and know what can actually be credited.
So the difficult question isn’t simply whether Dusk can hide transaction details.
It’s whether financial infrastructure can handle different visibility models without turning the whole operational process into a mess.
I think that’s a much more practical test for privacy-focused blockchains.
Not “Can the transaction be private?”
But “Can privacy survive contact with the systems that actually have to process the asset?”
@Dusk_Foundation $DUSK #Dusk