Last year I chatted with a friend who does OTC brokering. He vented: the moment a large-block bid shows up on a transparent chain, the other side instantly guesses the intent. Before we even negotiate the price, half the intent gets seen through. I passed him Dusk Network’s confidential contract documentation. After he read it, he only replied: "If it’s really possible for both trading parties to know and the third party not to, then this is useful." I’ve remembered that line ever since, and later kept repeatedly verifying its technical implementation.
Not much to dig up, but everything hits the mark. In DUSK’s XSC confidential securities contract standard, holdings, amounts, and transaction routes are not exposed by default. For compliance checks, you can use zero-knowledge proofs to provide the evidence that needs to be provided. The transaction is executed privately on the local machine; on-chain, only a proof is recorded. The front-running crowd can’t gain anything even if they watch the mempool. When executed on transparent chains, ERC-3643 and ERC-1400 follow rule compliance, but the process is all out in the open.$ETH
For confidential smart contracts, DUSK has built native confidential execution, and Hedger plus DuskEVM extend execution-layer capabilities in the complementary execution layer. Confidential DeFi, digital equity registration systems, and smart bulletin boards—several scenarios are all built on top of this. The counterparty’s attempts to snoop are effectively separated at the contract execution layer.
I took that friend’s "third party doesn’t know" standard and checked it line by line against DUSK’s documentation. After comparing everything, it basically held up. This path is narrow—narrow, but solid.#dusk $DUSK @Dusk
Not much to dig up, but everything hits the mark. In DUSK’s XSC confidential securities contract standard, holdings, amounts, and transaction routes are not exposed by default. For compliance checks, you can use zero-knowledge proofs to provide the evidence that needs to be provided. The transaction is executed privately on the local machine; on-chain, only a proof is recorded. The front-running crowd can’t gain anything even if they watch the mempool. When executed on transparent chains, ERC-3643 and ERC-1400 follow rule compliance, but the process is all out in the open.$ETH
For confidential smart contracts, DUSK has built native confidential execution, and Hedger plus DuskEVM extend execution-layer capabilities in the complementary execution layer. Confidential DeFi, digital equity registration systems, and smart bulletin boards—several scenarios are all built on top of this. The counterparty’s attempts to snoop are effectively separated at the contract execution layer.
I took that friend’s "third party doesn’t know" standard and checked it line by line against DUSK’s documentation. After comparing everything, it basically held up. This path is narrow—narrow, but solid.#dusk $DUSK @Dusk