Privacy Is Not One-Size-Fits-All
After looking at several privacy-focused blockchains, I think the more useful question isn’t “which one is the most private?”
It’s: what is privacy actually designed to achieve?
Monero prioritizes transaction unlinkability.
Zcash uses zero-knowledge proofs with controlled viewing.
Aleo makes privacy part of program execution.
Secret focuses on confidential computation through trusted hardware.
@Dusk takes a different approach: privacy designed for regulated financial markets.
With Phoenix, transaction details can remain shielded, while @Dusk ’s selective-disclosure model aims to let authorized parties access the information required for verification, compliance, or auditing.
That distinction matters.
For financial institutions, privacy cannot simply mean “nobody can see anything.” It needs to mean the right information is hidden from the wrong parties, while remaining verifiable by the right ones.
That’s what makes @Dusk ’s privacy model particularly interesting to me.
@Dusk $DUSK #Dusk
After looking at several privacy-focused blockchains, I think the more useful question isn’t “which one is the most private?”
It’s: what is privacy actually designed to achieve?
Monero prioritizes transaction unlinkability.
Zcash uses zero-knowledge proofs with controlled viewing.
Aleo makes privacy part of program execution.
Secret focuses on confidential computation through trusted hardware.
@Dusk takes a different approach: privacy designed for regulated financial markets.
With Phoenix, transaction details can remain shielded, while @Dusk ’s selective-disclosure model aims to let authorized parties access the information required for verification, compliance, or auditing.
That distinction matters.
For financial institutions, privacy cannot simply mean “nobody can see anything.” It needs to mean the right information is hidden from the wrong parties, while remaining verifiable by the right ones.
That’s what makes @Dusk ’s privacy model particularly interesting to me.
@Dusk $DUSK #Dusk
