$DUSK @Dusk I went deeper into Dusk’s cryptography and realized the interesting part isn’t one specific primitive. It’s how several pieces work together to support privacy without making verification disappear. Dusk uses zero knowledge proofs alongside primitives such as BLS12-381, JubJub, Schnorr signatures, Poseidon, sparse Merkle trees, and PLONK.
PLONK is particularly interesting because it provides the proving framework: developers can define circuits, generate proofs, and have those proofs verified on-chain without exposing the underlying private information.That creates a useful model for financial applications.You don’t necessarily need to reveal the entire transaction to prove that it is valid.You can prove the required claim while keeping sensitive details confidential.That’s where I think Dusk’s cryptography becomes more than technical terminology. It supports the broader idea of selective disclosure reveal what needs to be verified, rather than publishing everything by default.For regulated markets, that distinction could be critical.Privacy isn’t about hiding the truth.
It’s about proving what matters without exposing everything else.#dusk
$TRUMP
$SCRT
PLONK is particularly interesting because it provides the proving framework: developers can define circuits, generate proofs, and have those proofs verified on-chain without exposing the underlying private information.That creates a useful model for financial applications.You don’t necessarily need to reveal the entire transaction to prove that it is valid.You can prove the required claim while keeping sensitive details confidential.That’s where I think Dusk’s cryptography becomes more than technical terminology. It supports the broader idea of selective disclosure reveal what needs to be verified, rather than publishing everything by default.For regulated markets, that distinction could be critical.Privacy isn’t about hiding the truth.
It’s about proving what matters without exposing everything else.#dusk
$TRUMP
$SCRT