A trader might know that an asset is legitimate, yet be hesitant to reveal their full financial position to everyone who sees the chain.

It’s easy to miss this tension when we talk about blockchain privacy.

DUSK takes a different approach. Its architecture supports Moonlight for public account-based transfers and Phoenix for shielded transfers using zero-knowledge proofs. The two models can coexist on the same settlement layer, while Phoenix also supports selective disclosure via view keys.

This matters because real financial markets rarely require everything to be hidden or exposed.

An institution might need private positions, while an auditor might need proof. A participant may need privacy, while a regulated workflow still needs controlled visibility.

So the interesting thing isn’t that DUSK offers privacy. It’s that visibility becomes something that can govern the workflow.

But this raises a difficult test: can developers and organizations design these visibility rules just enough so that users actually trust and use them?

If privacy is configurable, then real innovation may depend on who controls the switch.

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