I wrote a tokenization proposal for an institution before, using the ERC standards on the Transparent Chain. When the client finished reading it, their first reaction was: "Everything about our holdings and transfer paths is fully disclosed—our team internally wouldn’t dare use something like this." After that roadblock, I started looking specifically for a chain that could solve both compliance and privacy at the same time. Dusk Network’s XSC was the first name I wrote down in my notes.
Looking back at the DUSK setup in detail, the XSC confidential security token contract standard addresses whether a given transfer is compliant and whether the counterparty is eligible. The rules are automatically executed within the contract itself, and on-chain it only stores a proof result. The entire securities package—KYC, whitelisting, lock-up periods—is all written into the contract rules, with nothing left out. By contrast, the generic token standard is about whether a token can be transferred and distributed; the starting points of the two systems are simply not on the same line. $ETH
Going further, confidential smart contracts execute privately on the local side, so outsiders can’t see the logic or the state. During audits, access is granted based on permissions. From the materials I’ve seen so far, DUSK has also designed the architecture in a modular way: components like Hedger extract the securities functionality into its own module; Moonlight manages accounts. The whole design stacks layers on top of layers—it doesn’t cram all functions into a single layer.
So my judgment has never changed: Dusk Network doesn’t intend to compete with anyone for the business of ordinary transfers. What it wants is a market where regulated tools can run on-chain without leaking commercial secrets. Rolling that out is difficult, but the scale is staggering. Whether the playbook is right or wrong—doesn’t really matter. In terms of technology, this approach holds up. That’s what I believe. #dusk $DUSK @Dusk
Looking back at the DUSK setup in detail, the XSC confidential security token contract standard addresses whether a given transfer is compliant and whether the counterparty is eligible. The rules are automatically executed within the contract itself, and on-chain it only stores a proof result. The entire securities package—KYC, whitelisting, lock-up periods—is all written into the contract rules, with nothing left out. By contrast, the generic token standard is about whether a token can be transferred and distributed; the starting points of the two systems are simply not on the same line. $ETH
Going further, confidential smart contracts execute privately on the local side, so outsiders can’t see the logic or the state. During audits, access is granted based on permissions. From the materials I’ve seen so far, DUSK has also designed the architecture in a modular way: components like Hedger extract the securities functionality into its own module; Moonlight manages accounts. The whole design stacks layers on top of layers—it doesn’t cram all functions into a single layer.
So my judgment has never changed: Dusk Network doesn’t intend to compete with anyone for the business of ordinary transfers. What it wants is a market where regulated tools can run on-chain without leaking commercial secrets. Rolling that out is difficult, but the scale is staggering. Whether the playbook is right or wrong—doesn’t really matter. In terms of technology, this approach holds up. That’s what I believe. #dusk $DUSK @Dusk