*** I was reading through Dusk’s architecture and got stuck on one question: how do you prove someone is compliant without making all of their financial information visible?
That sounds simple until you think about the practical side. KYC and AML checks need evidence, but putting sensitive financial details openly on-chain creates a different problem.
This is where Dusk started making more sense to me.
The whitepaper describes Zero-Knowledge Compliance, where a participant can prove they meet a required condition without exposing the underlying private data. I had to read that part twice because my first assumption was that privacy and compliance would naturally pull in opposite directions.
The Citadel module also caught my attention. It puts identity, permissions and access controls closer to the protocol instead of treating them as something completely separate.
And Dusk isn’t relying on just one cryptographic idea. Its stack includes primitives such as BLS12-381, JubJub, Schnorr signatures, Poseidon hashing and PLONK.
I’m careful with technical claims, though. Having these components in a design doesn’t automatically prove that the whole system will work perfectly in real financial markets.
Still, the underlying question feels important to me: if regulated assets are going on-chain, shouldn’t verification be possible without turning everyone’s private financial information into public data?
That’s probably the part of Dusk’s design I’m thinking about most.
$DUSK #dusk @Dusk
That sounds simple until you think about the practical side. KYC and AML checks need evidence, but putting sensitive financial details openly on-chain creates a different problem.
This is where Dusk started making more sense to me.
The whitepaper describes Zero-Knowledge Compliance, where a participant can prove they meet a required condition without exposing the underlying private data. I had to read that part twice because my first assumption was that privacy and compliance would naturally pull in opposite directions.
The Citadel module also caught my attention. It puts identity, permissions and access controls closer to the protocol instead of treating them as something completely separate.
And Dusk isn’t relying on just one cryptographic idea. Its stack includes primitives such as BLS12-381, JubJub, Schnorr signatures, Poseidon hashing and PLONK.
I’m careful with technical claims, though. Having these components in a design doesn’t automatically prove that the whole system will work perfectly in real financial markets.
Still, the underlying question feels important to me: if regulated assets are going on-chain, shouldn’t verification be possible without turning everyone’s private financial information into public data?
That’s probably the part of Dusk’s design I’m thinking about most.
$DUSK #dusk @Dusk
