The “not explained in full” design of XSC is precisely the reason why institutions dare to use it
Prices for the pie are up a lot—BTC is still bullish!
What scares you most when reading a whitepaper? It’s the kind of chapter that says everything, but glosses over the crucial details with a single line. In the whitepaper from @Dusk Network, the section on XSC (confidential security contracts) is exactly that: “For details, refer to another paper.” At the time my stomach dropped—buddy, you claim you’re building a privacy Layer-1 for tokenized securities, yet the core mechanism makes me go read the references?
But later, once I turned the transaction model upside down, I finally understood.
The reason the whitepaper is written so “conservatively” is that the real technical contest isn’t in the ZK proofs themselves—it’s in the rule design of “who is allowed to see what.”
This also points to a knotty problem I’ve always felt. In traditional thinking, privacy and compliance are like a seesaw—two ends. But for the on-chain circulation of financial assets, you don’t choose between transparency and confidentiality. What you need is “programmable visibility.”
XSC’s real solution is hard-coded around a specific role: the Auditor. It explicitly writes the auditor’s public key into the contract logic. Transaction data is anonymously shared with the public by default, but is fully open to the regulator holding specific private keys.
See? This is the blunt truth the whitepaper didn’t spell out. The trigger mechanism for selective disclosure isn’t based on “applying.” It’s based on “identity.” Who has access? The auditor at the contract level. Who keeps the keys? Multi-party custodianship implemented through threshold signatures, preventing abuse of single-point authority.
In plain terms, what XSC solves isn’t the technical challenge of privacy computation—it solves the trust problem: why should institutions trust you? It shifts compliance from “audit afterward” to “native on-chain rules.” If the key management system is vague, then “privacy compliance” is a false proposition.
By writing audit power as part of the contract, Dusk turns privacy and compliance from mutual friction into mutual validation. That’s the confidence behind its ability to benchmark MiCA and MiFID II. @Dusk $DUSK #dusk
Prices for the pie are up a lot—BTC is still bullish!
What scares you most when reading a whitepaper? It’s the kind of chapter that says everything, but glosses over the crucial details with a single line. In the whitepaper from @Dusk Network, the section on XSC (confidential security contracts) is exactly that: “For details, refer to another paper.” At the time my stomach dropped—buddy, you claim you’re building a privacy Layer-1 for tokenized securities, yet the core mechanism makes me go read the references?
But later, once I turned the transaction model upside down, I finally understood.
The reason the whitepaper is written so “conservatively” is that the real technical contest isn’t in the ZK proofs themselves—it’s in the rule design of “who is allowed to see what.”
This also points to a knotty problem I’ve always felt. In traditional thinking, privacy and compliance are like a seesaw—two ends. But for the on-chain circulation of financial assets, you don’t choose between transparency and confidentiality. What you need is “programmable visibility.”
XSC’s real solution is hard-coded around a specific role: the Auditor. It explicitly writes the auditor’s public key into the contract logic. Transaction data is anonymously shared with the public by default, but is fully open to the regulator holding specific private keys.
See? This is the blunt truth the whitepaper didn’t spell out. The trigger mechanism for selective disclosure isn’t based on “applying.” It’s based on “identity.” Who has access? The auditor at the contract level. Who keeps the keys? Multi-party custodianship implemented through threshold signatures, preventing abuse of single-point authority.
In plain terms, what XSC solves isn’t the technical challenge of privacy computation—it solves the trust problem: why should institutions trust you? It shifts compliance from “audit afterward” to “native on-chain rules.” If the key management system is vague, then “privacy compliance” is a false proposition.
By writing audit power as part of the contract, Dusk turns privacy and compliance from mutual friction into mutual validation. That’s the confidence behind its ability to benchmark MiCA and MiFID II. @Dusk $DUSK #dusk
