I've always been puzzled: securities trading needs both regulatory oversight and auditing, while also protecting positions and counterparties—how could a public chain possibly do all that at once?
Dusk’s answer isn’t to hide all data, but to make it visible in layers. Moonlight is suited for public accounts and traceable processes; Phoenix provides shielded transfers; Citadel lets users prove attributes such as age, place of residence, or accredited-investor status—without having to disclose complete identity details to everyone.
When needed, specific information can then be selectively disclosed to issuers, venues, auditors, or regulators.
It’s like a medical record: the front desk only needs to know whether you’ve made an appointment, the doctor can view your treatment information, and the insurer only receives the fields required for claims—not the entire file shared with everyone.
I think this is the most distinctive layer of Dusk, but also the most challenging for governance. Who can issue credentials, who can request disclosure, how long the authorization remains valid, and whether it can be revoked are not questions that cryptography can answer automatically.
Zero-knowledge proofs can reduce overexposure, but they can’t decide what policies are reasonable for a platform. Technology can be responsible for “verify even with less disclosure,” while the institution must be responsible for “who is allowed to verify.”
#dusk $DUSK @Dusk
Dusk’s answer isn’t to hide all data, but to make it visible in layers. Moonlight is suited for public accounts and traceable processes; Phoenix provides shielded transfers; Citadel lets users prove attributes such as age, place of residence, or accredited-investor status—without having to disclose complete identity details to everyone.
When needed, specific information can then be selectively disclosed to issuers, venues, auditors, or regulators.
It’s like a medical record: the front desk only needs to know whether you’ve made an appointment, the doctor can view your treatment information, and the insurer only receives the fields required for claims—not the entire file shared with everyone.
I think this is the most distinctive layer of Dusk, but also the most challenging for governance. Who can issue credentials, who can request disclosure, how long the authorization remains valid, and whether it can be revoked are not questions that cryptography can answer automatically.
Zero-knowledge proofs can reduce overexposure, but they can’t decide what policies are reasonable for a platform. Technology can be responsible for “verify even with less disclosure,” while the institution must be responsible for “who is allowed to verify.”
#dusk $DUSK @Dusk